Problem 5.0 (20 Points) Explain the following terms with examples a) What is an LED? b) What is pushbutton? c) How do you set mode for pins? d) What is the function of Digital Read and Digital Write

Get college assignment help at Smashing Essays Problem 5.0 (20 Points) Explain the following terms with examples a) What is an LED? b) What is pushbutton? c) How do you set mode for pins? d) What is the function of Digital Read and Digital Write Find Vo using superposition theorem?20 і 10 20 0 -WV- minn. ЗА ) 2003 21, Озо у NOTE: PLEASE DO PART b iii ONLY ANSWERS:(22 21) 79. An ideal lowpass digital filter has the frequency response function H(2) = { 1, 05211 0,52 ST and H(S2) = (a) Determine the unit-pulse response h[n] of the filter. (b) Compute the output r Explain input pulse and base voltage (VB) for the pnp transistor to switch off: ANSWER: Describe the CMOS inverter approach as the ideal switch. ANSWER: [3 points] Define the following terms: a. satur July 16, 2018 4. For both transistors B = 50 and Var = VER = 0.7 V, find Vg and Vg if (a) Vj = 2 V (b) v = -5 V 2.5V N 10k Vo-2 -2.5V (Assume R color band to be in reverse order)1. Switched LC circuits with initial conditions The switch is held to the left for along time and it closes to the right at t = 5 sec. The source resistance, Rs, has colour bands of (brown, black, bla solve this with explaination1. Sketch the root locus associated with the following transfer function. After sketching the root locus, find the range of K for stability. Assume this transfer function is in the standard plant loca A 400-V series motor has a field resistance of 0.2 and an armature resistance of 0.1 . The motor takes 30 A of current at 1000 r/min while developing a torque T. Determine the motor speed if the devel Microprocessors – EEE 3233 02 CRN: 5328Problem 52 of Chapter 9: Program channel 4 for Output Compare to generate a square wave of 1 kHz with 60% duty cycle. Assume that XTAL = 4 MHz. Use the largest prescaler possible. Please clear your handwriting.2-1. Identify the region(s) a field effect transistor operated as a switch is usually biased. ANSWER: 2-2. Identify the devices that FETs that are used as switches have the advantage over. ANSWER: 2-3 8. Use Ampere’s law to find the magnetic field of an infinite uniform sheet of current in the xy plane with surface current density J, = ÊJ . rive/Desktop/circuit lab/sum-19-manual.pdf NOTE: Both signals have some frequency 1. Complete the following table. P . -axis value X-cwcis value 0.035 0.55 2. Determine the frequency of the input vo rive/Desktop/circuit lab/sum-19-manual.pdf NOTE: Both signals have some frequency 1. Complete the following table. P . -axis value X-cwcis value 0.035 0.55 2. Determine the frequency of the input vo July 16, 2018 4. For both transistors B = 50 and Var = VER = 0.7 V, find Vg and Vg if (a) Vj = 2 V (b) v = -5 V 2.5V N 10k Vo-2 -2.5V A firing angle controlled triac is feeding a 120 ohm resistive load. The AC supply providing 220 Vrms voltage at 50Hz a) For firing angle of 35 degrees calculate the load rms voltage, current, power t 2. Draw the Bode plot for the following transfer function: 104 1 H(jw) = w20 1 D. 1. 1 t i f 1, dodot for the fo11 troncfo 2. Draw the Bode plot for the following transfer function: 104 1 H(jw) = w20 1 D. 1. 1 t i f 1, dodot for the fo11 troncfo Q#4[10]: A binary communication system transmits signals s(0) (i = 1, 2). The receiver test statistic z(T) a, n where the signal component a is either a, 1 or a,-1 and the noise component no is unif Q#2[10]: The pole-zero diagram in Figure P3.32-1 corresponds to the 2-transform X(2) of a causal sequence x[n]. Sketch the pole-zero diagram of Y (2), where yn] =x[- 3). Also, specify the region of c Q#3[10]: The discrete time compressor (or DT sampler) system is given as: yn x[nMx. (n MT = xa[n] M- x(e M-2xi/M) M xaln] = x {nM] Xa(efa xIn] Sampling period 7 Sampling period T MT and its frequency Automation Control Course.. Please answer all the questions.For the system given in the block diagram below, where G(S) = 1 and ibn Gpcs) = 2798*265 24 RCS) BQ Ke Gas oYcs) Answer question one and two Q: Draw the root locus where the following should be found IN LOGIC WORKS PLEASE A six-state up-down counter is to be designed. The sequence of the counter is S0 S1 S2 S3 S4 S5 = 470213 Three flip-flops with outputs Q2, Q1, and Q0 are required in the design. }R Vo o single-phase full-wave controlled rectifier. Frequency 50Hz AC power supply Vs=220V (RMS voltage). The load is R=10092. 1.If the firing angle is 32° and a capacitor is shunted with R, calcula How do I fix the issue highlighted in black in the pic below? I am using the Freescale Codewarrior program in c program language. Also, see second pic below for what the code is supposed to do once cL C5702: Local variable ‘Array3’ declared in function ‘main’ but not referenced main.c line 31 e C4000: Condition always TRUE 并非并非是非非非非非非非非非非非非非非非非非非非� Q1) Construct a 4-bit shift register using D-Flip flops. Label all the inputs and outputs Q2) Explain the step-wise working of a 4-bit SISO shift register for data 1010 and output waveforms with clock. Q3) Explain the difference between the following: a) Flipflop and Register b) Combinational circuit and Sequential circuit Q4) Design the 2- bit storage register and indicate the input, output and data on each line for the LOAD condition. Q5) What is the advantage of bidirectional shift register? Explain it using an example. A gapped surge arrester on a AC power line comprises a series arrangement of eight identical spark gaps, each of 1.9mm spacing and a stack of non-linear resistors. This device is housed within a porce QUESTION 2: b rasient of a single power network and the associated line date in Study the following one-line diagram of a single power network and the a me table below the diagram Fach generator conne A 220-V shunt motor delivers 40 hp on full-load at 950 r/min, and has an efficiency of 88 percent. The armature and field resistances are 0.157 and 110 respectively. Determine (a) the starting resista QUESTION 3: QUESTION 3.1 Consider an alternator / transformer unit is shown in figure 11kV QUESTION QUESTION For the sy 1. M 75MVA Z1 =j15% Z2=j13,5 100MVA Z=j10% F 2. C The alternator and transform kindly solve and do a MATLAB program codeThe University of Alabama ME 372 Homework 5 Please put all your solutions into ONE file (preferably PDF, or MS-Word) and upload it on ualearn.blackboard.com anytime before the due date and time. Late, Solve the following question using Z-bus method at the beginning do not use superposition please. the provided impedences are in p.u and the p.u reactance of each transformer is 0.1Busa 10.4 (G2) joiz piy A single line diagram of a Y bus system isshan in figure with all Let 30 fault at bus 202 te Network positive sequence reactances, ‘Assume te prefault X2=1.0 0.4 and neglect al QUESTION 3.2 A single line diagram of a synchronous generator feeding a synchronous motor is shown in figure below: GRE 100 MVA 100 MVA Xuce = 200 13.8 kV 13.8 kV 4/138 kVY X = 0.15 X = 0.10 100 MVA 1 Describe the relationship between co-energy and torque. The speed of a synchronous machine is related to following physical parameter(s). PRT4701/101/0/2019 QUESTION 1; ASSIGNMENT 3 QUESTION 1.1 For the system below, determine 1.1.1 and 1,1.2: Take the following into account: 1. Make Sb= 10MVA 2. Change the secondary output of the trans need DETAILED step by step solution pleaseExercise 8 3 Curve sketching for the function f(x) = – i.e. a) Determine the domain of the function. b) Determine if the funtion is odd or even or neither odd nor even. c) Determine the zeros. d) Dete circuits 2…l Vodafone cz 6:53 PMC Touch to return to call 32:17 @ 4 40% Done 2 of 32 1 of 1 For the circuit below calculate and sketch waveform of the current in.(1). both for t 0, if the switch ” i have posted this multiple times and im not getting the answer for my question. my question is how to get the point marked in red after drawing the root locus and drawing the damping ratio line? how 466 Chapter 9 Design v e Example 9. 3 Ideal Derivative Compensatori PROBLEM: Given the system of Figure 9.17. design an ideal derivative com yield a 16 overshoot with a threefold reduction in settling Find V. in superposition. the circuit using 9 V. -9 M 3 k.12 8 k.12 12V © 6kN B D 2mA 2kQ please provide a detailed solution, so that I can understand how you reached the answer. Thank you :)Design a circuit to match a 100 source to a 1700 load at 900 MHz. Assume that a DC voltage must also be transferred from the source to the load. C Part 3(a) Recnostruct the network of Fig 16.13 (the circuit above) and connect the scope to point a. This part of the experiment will examine the response for T=10t or T/2=5t. The required frequency cPart 4 R-C Response for T = 27(1 = 12 or 57 = 2.5T) (a) Repeat part 3(a) for T = 27 or T/2 = T. . Talk f0:01 (f) = 0.01 ms=1045 . T=_2008_, 712 = _1015_ (b) Set the input to the same signal as in part 4. (0.4mA) Find 1. in superposition. the circuit using 12 V ( 12v 6 mA 6 ke 6 k 2 W 6 ke the circuit Find V. in superposition. using 12v 6 6 καν, εν – W 6 ΚΩ 6 ΚΩ 86 ΚΩ 6 mA 6 mA 36 ΚΩ the Find 1. in superposition. circuit using 12 mA 6 k12 12 V w 6 k 2 6 k2 6 mA I have the answer for this question, what I ask for is the step by step guide of how to get the answer, thank you.(2 marks) Determine the Laplace transform F(s) of the signal dt f(t) = g(t) 4dg(t) where g(t) = cos(t) e-2t sin(t)u(t). S-4 s2 1 4s 1 2)2 1 11. Two magnetic media with permeabilities Mi and Me have a common boundary. The magnetic field intensity in medium 1 has a magnitude Hį and makes an angle 0, with the normal. If there is no surface Find the total (equivalent) capacitance of the network in figure below. 3 uF rona TuF IT 4uF 3 uF 6 uF Find the total (equivalent) capacitance of the network in figure below. 4uF X5 кг в с 1 uF X16 uF 5uF X З pF Find the equivalent inductance of the network in figure below. Am 4 mH; 12 mH; 2 mH} 3 mH 4 mHE 2 mH BᏅ Q1) Explain the differences among a truth table, a state table, a characteristic table, and an excitation table. Also, explain the difference among a Boolean equation, a characteristic equation, and a can be constructed using a D flip-flop and a multiplexer Q2) Show that a JK flip-flop Q3) A sequential circuit with two D flip-flops A and B, two z is specified by the following next-state and output equations А(( 1) — ху’ xB В(( 1) %3 хА xB’ inputs, x and y; and one ou Q4) A sequential circuit has three flip-flops A, B, C ; one input x_in ; and one output y_out. The state diagram is shown hereunder. The circuit is to be designed by treating the unused states as don’ Q5) Draw the logic diagram of a four-bit register with the needed D flip-flops and multiplexers with mode selection inputs s 1 and s 0. The register operates according to the following function table. Q6) Design a serial 2’s complementer with a shift register and a flip-flop. The binary number is shifted out from one side and it’s 2’s complement shifted into the other side of the shift register Q7) Using JK flip-flops, (a) Design (b) Draw the logic diagram of the counter. a counter with the following repeated binary sequence: 0, 1, 2, 3,4, 5, 6. txydy 1J-2 12. Consider a very long coaxial cable along the z-axis. The radius of the inner conductor is a and the inner radius of the outer conductor is c. The space between the two conductors is filled with tw CAN4701/101/07 ASSIGNMENT 2 1220° V [20 mks) Question 1 in the circuit in figure 11 below, determine: (10 mks) a) Vs if Vy = 9V b) lifl= 2A. = -21 j302 142 30 000 vi r 600 401Vx 700 301 = 10 16260� basically i wnat you create any fm signal in modulation then demodulation3) Use the FM signal generated in the LAST experiment post-lab work and write a MATLAB code to demodulate the signal. Plot the transmitted and recovered signal and note down your observations. Automatic control Course.. Please answer all the aboveFor the system given in the block diagram below, where G(S) = 1 and GPC) = 37937266 24 R(S) og ka Goles) Answer question one and two Q: Draw the root locus where the following should be found : a) Th Given the following EOM. Determine the amplitude ratio and maximum force in the spring a. Determine the phase angle lag and time lag for the force in spring K2 b. Find the steady-state response y(t)ss Automatic control Course12: For the closed loot system shown in Figure 9 Barn unity feedback H(s) = 1 , where the contrainer is PI G(S) = Kp k the system plant transfer function is G(S) = ? and the root gain integral contr Write a WHILE DO loop to turn Alarm_1 AND turn OFF Heat_1, as long as Temp is greater than 120. Explain the following logic _motor 02 Mix motor Tàu 002 Step_002.DN 3. Explain the following logic JAL000… start_switch Step_001 Action_000.0 ZEN Conveyor:-1; RISE Conveyor:0; ND_IP: Tran_01 stop_switch help staticPage 1: Page 2: 10′-0″ 10′-0″ Page 3: What are the internal forces at point B? w=500 lb/ft: P = 8 kips: 0 = 30 degrees N = axic force ; V = shear force ; M = moment Page 4: a) N=0 ; V=4.0 kips , M= -2 (5) Describe the functions, locations and formation methods of SiO2 layers in CMOS devices helpPage 1: The cable is being pulled by a force P as shown. The cable runs over a frictionless pulley and then connected to the L shaped frame. The frame is rigidly connected to the wall at A Page 2: 2 P find the input/output diffrential equation for the RC circuit?dibant Input voltage = x(1) CI 3 y(t) = output voltage Input voltage = i(t) c1 c y(t) = c output voltage (b) FIGURE P2.21 8. A silicon wafer was doped in a 1000°C pre-deposition diffusion with phosphorus (P) to its solid solubility limit (maximum doping concentration, at 1000°C, Nsol = 1×1021/cm for P in Si). The proce EXAMPLE 3. I-3 It is known that a particular random voltage can be represented as a V having a density function given by (2.5-11) with a = 0 and b = 5.The voltage is applied to a device that generates Problem 3.0 (20 Points) Design an embedded system to implement a one of way traffic light. Include both hardware and software in your design. Derive the governing Differential equation; Find the Transfer function of the Circuit below I need help with this question. Thanks!20) When Changes are made and Saved in the dimension Style in a template drawing these Changes become the dimension Settings for any drawings thats Created with that template TA) alternate B) Annotati 1 301 Vs 139cos(377t-177.5)A Provide Answer in the form Acos(at Bº) A): Q #2: Determine the voltage Vx in the circuit below: Ri=1592 Is = 4.5/0° A; R= 50 2 Xi = j150 32; and Wh O is Provide Answer ELE 212 – RESISTOR PUZZLES – Summer 2019 Consider the resistive circuit shown in Figure 1. It consists of 5 resistors (100, 220, 270, 330, and 470 2) and has 5 terminals, labeled A through E. Notice t #5: Use the superposition to obtain vs(t) in the circuit below give that: Lt) – 12cos(101 10°)A; R = 2522; R2-4022 L-0,5 H; with and v.(t) = 25sin(40 V Provide Answer (in the form Acos( B) Azcos( ork Help With C C Get Homework Help With C V Pata/Local/Microsoft/Windows/INetCache/1E/L3SWWN86/HW1_Circuits_II_SU2019_Fillable.pdf Q #3: Use mesh analysis to find 1.(t) in the circuit below. V1 = 5 transform is given by: (1) Consider the signal rin), which has a Fourier transform and its 2 – 2.050:- NET 2.05-12 (a) Find the poles and nerus of X). (b) From part (a), sketch the region of convergen (1) Consider the following continuous-time sigual *.(t) = e yllt – to) (0) where a = 28.7682, lo = 20 msec, and 1() is the continuous-time unit-step. The signal is sampled at a rate of 100 samples/sec (1) Consider the digltal fiter with the Impaulse respomser Atn) 1.6(-08Pu(n) 2-08)-u(n- 1) (@) Determine the tranter funetlon H(2) of the digial filter. Henoe, find the poles and seros of H(z). Is the (1) Consider a signal(n) with a transform given by: X() 1.5.-:-? 1-15- 13 where INPOC is given by the ring in the x-plane: (a) Find the proles and actos of X(t), hence determine and rated how the ROC (2) (a) The causal signal y(n) has the z-transform given by: 7.3801(z 0.5)2 0.75= 0.5625, Y(e)=In Determine y(n), the inverse transform of Y() Give values of y(n), for n=0, 1,2 and 3 (b) consider th Updated the polesGiven: 1 (s9720) (s 97 -j2n50) (s 5.5) Determine an expression for your filter’s s-domain response. Use this expression to determine the system’s differential equation. Then, using PFE, find an expre 11. IDigital Systems (5 Points) For discrete time second order systems, a curve of constant damping (9) is a logarith- mic spiral (i.e. heart-shape) in the plane (z-domain). Please prove why this is. Find the equivalent capacitance value at the terminals of the 90-volt source, calculate the voltage and load values ​​in each of the capacitors. O Figure 4b: Circuit for Question 4b Question 5 [20 mks] For the circuit in Figure 5 below, the switch is opened at t=0 S: a) Determine V. at t=200 ms. (10 mks) b) Calculate the VL at t=2t. (5 mks) c) Calculate the voltage in the capacitor and the current in the inductor of the circuit, calculate the reactive power (Q), active (P) of the circuit and the total apparent power (S), which power factor Calculate the voltage in the capacitor and the current in the inductor of the circuit, calculate the reactive power (Q), active (P) of the circuit and the total apparent power (S), which power factor EXAMPLE 3.2- Let X have the exponential density function given in Example 3.1-2. By substitution into (3.2-5). the variance of X is ok –e b ds By making the change of variable = x -X e-(X-a)/b we obt Microcontrollers. Please show all work including the solution neatly!Problem 1.0 (20 Points) Write a complete program to implement the following binary counter 00 11 Hardware: Arduino, LEDS and Current limiting resistor Also, include the hardware diagram of your embedd Microcontrollers. Please show all work including the solution neatly!Problem 2.0 (20 Points) Design an embedded system using push button to change the Lights in the following sequence RED, Green, Yellow, RED Design must include both hardware and software. Microcontrollers. Please show all work including the solution neatly!Problem 3.0 (20 Points) Design an embedded system to implement software in your design. a one of way traffic light. Include both hardware and Microcontrollers. Please show all work including the solution neatly!Problem 4.0 (20 Points) Design an embedded system to implement the forward and reverse sequence of 4 LEDS. Include both the hardware and software in your design for the continous time signal comput the convolution, and plut resulting signal0 1 (a) (0) 3 2 0 1 It x() 2 1 0 1 2 so i 2 2 0 1 () 27 () o x T! 1 031, mara baada 10 1 2 Ole os (c) nepot x 10 1 2 (d) lo 1 2 3 Foto -100 (1)x DA 4e-21,121 FIGURE P2.29 In the following circuit, what is H(jw), the transfer function? Warning: This circuit may or may not be the same circuit as the one in the previous two questions. The input is the voltage source, the

Biography ( Jimmy Fallon )

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Question – This is the 4th chapter of my dissertation. this chapter comes

– This is the 4th chapter of my dissertation. this chapter comes under the title “Recommendations and conclusion”.- The maximum word count is 1200 words.- What you need to include is your recommendations in light of the issues addressed as part of this dissertation in 700 words, and 500 words concluding the dissertation in a relative cohesive manner.- In the recommendations make it like bullet points with a small brief to each point.- I will attach to you with this order the outline to each chapter of the dissertation. You must consider and read the previous chapter in order to be able to write a relevant recommendation and conclude the dissertation.- No resources are needed in this chapter.attached the dissertation chapters outlines and the order guidelines

Principles of Finance and Mortgage Broking Management

I am needing help as I am stuck on some short answers. There is one short answer question and then a short answer case study. I have attached the questions

Question here is the link to a google document that has the description

here is the link to a google document that has the description for the paper.https://docs.google.com/document/d/1nYoNArjI1ffodGY1A_GV87BJw9sm6XwW7EJFPXzBWek/edit?usp=sharing

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2-Describe the general trade-offs of form, function, and fairness as they apply to one of the global organizations we have studied: the UN security council, UN refugee agency, WTIO, or UN environment system( UNEP, climate negotiations, global environment fund, etc)150 words.

vertical effecrice stress is 100 KPA, plane is inclined at 33 degrees. phi’= 40 degrees. find latersl stress ratio

vertical effecrice stress is 100 KPA, plane is inclined at 33 degrees. phi’= 40 degrees. find latersl stress ratio would the “P” value be wrong if I take summation of forces along x axis?In figure shown the homogenous block weighs 300 kN and the coefficient of friction is 0.40. If h=5m. Determine the force P to cause motion to impend. W P B h F 5 N 3 Solution: N=300 Cosø = 300 N=240 Structural Analysis 1Draw the shear and moment diagrams for member Be Assume the frame is fixed at C. d moment diagrams for member BC of the frame. 10 ft 20 k 25 ft 0.5 k/ft Figure 3 hydrologyChoose the correct answer: 1-Isohyets are the imaginary lines joining the points of equal (A) Pressure (B) Rainfall (C) Runoff 2- The rainfall at any place is described by: (A) Its intensity (B) Its d 3- Precipitation caused due to striking of air masses with a topographical feature, is called: (B) Convective precipitation (A) Orographic precipitation (D) None of these (C) Cyclonic precipitation 4- hydrology5- The monthly rainfall at a place A during September 2015 was recorded as 55 mm above normal. Here the term normal means: A) The rainfall in the same month in the previous year. B) The rainfall was n hydrologyQuestion 2: (6 Marks) A small catchment of area 150 10 m2 received a rainfall of 10.5 cm in 90 minutes due to a storm. At the outlet of the catchment, the stream draining the catchment was dry before hydrologyQuestion 3 A) (3 Marks) A 6-hr rainfall hyetograph is provided in the figure below. Find the total precipitation of this storm B) For the mass curve below, Find the average raintfall intensity between Using the virtual work method, determine the deflection at point of the beam shown below. EI is constant. 12 k 2 k/ft TTTTTTTB – 30ft – L 10 10ft 1. A steel bar of 8X25 mm rectangular cross section is subjected to two equal and opposite couples acting in the vertical plane of symmetry of the bar as shown. Determine the value of the bending mome olled-steel webcam shown has been 3. The American Standard rolled-stee reinforced by attaching to it two 12×17 mm diameter spaced longitudinally average allowable shearing stress in the largest permis could you please explain the steps thanksThree reservoirs are connected by three pipes as shown in Figure 1. For simplicity, we assume that the diameter of each pipe is 1 ft, the friction factor for each pipe is 0.02 and because of the large First Exam Question 1 ( Marks Choose the correct answer (D) Height 1-sohyets are the imaginary lines joining the points of equal (C) Runof Rainfall (A) Pressure 2-The rainfall at any place is describe 5. Based on structure stability “buckling”, compute the critical load of the strut. Use E-200 GPa.[ /2 P (a) One fixed end one free end le) One fied end one pinned end Both ends fised (b) Both ends pi 1.) For the loaded l-beam shown below, find the following, if the uniform distributed load is 2 kN/m, and the support A is taken to be hinge, while support B is taken to be roller. The beam section is Problem 3: Shortest Path and Transportation (25 pts) An Italian transportation firm is hired to transport designer shoe stock from its store in Milan, to the national port in Bari for further distribu 8/ SPAN TuE DEAM SHONN HAs A DouBLY SYMMARIC BuILT-Ur Fnom FouR CROSS ShCn ON Choss SECTION wooDsN BOARDS. JONTS AR NALRD RNO Pasin M BRne MAMIMUM FrExurA (BeaioIN) SSsue AND B A MAMu FLhcuRAL (BENDIN 1. (VH, p.348, 10.28) Using the Kozeny equation, calculate the initial head loss (in ft) through a filter with 18 in. of uniform sand having a porosity of 0.42 and a grain diameter of 1.6x 103 ft. Ass 2. (DC, p.280; 3-81) The rapid sand filter being designed for the filter city has the characteristics and sieve analysis show below. Filter depth 0.60 m, filter loading 120 m3/d.m2, sand specific grav 34 – Construction – Session 2 – Spring 2018 QUESTION 1 (20 marks) Excavations can be undertaken using various different methods Name and briefly describe FOUR (4) methods and plant that can be used fo You are a member of the Sydney Metro project team on Sydney Metro West and have been asked by the Transport Minister’s Chief-of-Staff to answer the following questions to help understand the potenti An equal-tangent crest curve connects a 1% and a -0.5 grade. The PVC is at station 54 84 and the PVI is at station 57 44. Is the curve long enough to provide passing sight distance for a 55 mi/hr des 1. What does the area under a direct stream flow hydrograph represent? [5) to the flow, what two basic facts are needed in determining the 2. For soil layering parallel equivalent hydraulic conductivi 5. For the piezometer shown in the figure label pressure head, hydraulic head, and elevation head? [6] Datum 6. What is the difference between hydraulic conductivity and intrinsic permeability (no equ 8. For CN value of 80, determine the runoff in the second interval. [10] Time (min) 0-20 20-50 50-70 70-100 100-120 Rainfall (in/hr) 0.6 2.2 0.8 3.4 1.8 9. For the following rainfall event. Find the stream flow hydrograph if the base flow is 3 cfs. A constant infiltration rate of 0.3 in/hr can be assumed for the site. [20] Time (hour) Rainfall intensi ASSIGNMENT 2 QUESTION 1 The plane truss shown in Figure 1 is supported at 1, 2 and 3 with hinge supports. Due to the loading as shown in Figure 1, it has a settlement of 10 mm at the support 2. combin 2-4. a. Determine the ultimate or factored load for a roof beam subjected to the following service loads: Dead load = 29 psf( dead load) Snow load = 35 psf ( snow load) Roof live load = 20 psf Wind lo 2-6. Determine the tributary widths and tributary areas of the joists, beams, girders, and columns in the roof framing plan shown in Figure 2-15. Assuming a roof dead load of 30 psf and an essentially U B A A Shape Media Arrange Quick Styles Text Picture ne HW 13.2 The ball is kicked from point A with the initial velocity of viA=10 m/s. Determine the maximum height h it reaches. Also determine the 2-7. A three-story building has columns spaced at 18 ft in both orthogonal directions, and is subjected to the roof and floor loads listed below. Using a column load summation table, calculate the cum What is the one major difference between the ASD method and the LRFD (or strength design) 6. method? please resolve it in U.S units5. (15) A horizontal curve with a radius of 850′ connects the tangents of a two-lane highway that has a posted speed limit of 40 mph. If the highway curve is not superelevated, determine if a large bi Q 1 Freight trains can produce only relatively small acceleration and deceleration. a) What is the final velocity of a freight train that accelerates at a rate of 0.05 m/s for 8 min starting with an i Q2 If P = 400 N and the coefficient of kinetic friction between the 50-kg crate and the inclined plane is ui = 0.25, determine the velocity of the crate after it travels 6 m up the plane. The crate st A 50-kg boulder drops from rest of a 100 m cliff. Find its velocity at 7 m before impact Q4 Hanging from a scale is a 5-kg sphere that is totally submerged in a pool of water. If the reading on the scale is 39.05 N, calculate the radius of the sphere. Take the density of water as 1000 kg/ Q5 A violin G string is 60.0 cm long and vibrates with fundamental frequency 196 Hz. a) What is the wave speed on this string? b) If the string tension is 49 N, determine its linear mass density. Q6 Light traveling through an optical fiber (n=1.44) reaches the end of the fiber and exits into air a) In which direction does the light bend? b) if the angle of incidence on the end of the fiber is Q 7 Electromagnetic radiation is to be used for electron emission on sodium. Determine: a) the threshold frequency and wavelength for sodium? b) the stopping potential for sodium using 400 nm violet l Q8 A GM tube placed close to a radium source gives 334 s an initial average corrected count rate of a) The GM tube detects 10% of the radiation. What is the initial activity? b) Initially there were 1 Q 9 A chemical reaction occurred as shown in the equation below 2BRNO(g) 2NO(g) Br.(3) Explain the three methods that can be used to increase rate of this chemical reaction. Q 10 Explain with an appropriate example for each, the difference between ionic bonding and metallic bonding. Show how the bonds are created in your examples by using the Lewis structure. Q 11 Determine the volume of 1 kg of nitrogen gas (diatomic) at 24-C and 0.98 atm. Take the Universal Gas Constant R as 0.08206 (L atm)/(mol- K). Q 13 A solution is prepared by dissolving 28.0 g of glucose (CH O) in 350 g of water. The final volume of the solution is 384 mL. For this solution, calculate: a) the molarity of the solution. b) the Q 14 For a solution of 1 x 10 M H’ at 25 C, calculate: a) the concentration of OH. b) the pH and pOH of the solution 13 TNO Sasts keie Ng/dly Connected 6y bctering sfoOts Ina bolt Crcle dianee OP 4 Qn and 9 bots natotCtrcleradus of9 an The dhomerer ancoch bott /s 25 Ch and shearing ctrecc is 80 MPO Due to change I d 7. A 5-meter high vertical wall supports a cohesive backfill with upper horizontal surface. The properties of the backfill are as follows: IT UNIT WEGHT OF SOIL IS Upper 3 meters depth: NEEDED, PLEASE The foundation of the new structure is to be laid on a bed of sand overlying a layer of saturated 1. clay 1.5meters thick. Below the clay layer is another bed of coarse sand. The effective overburden The answer for Part a is 17.63 kips. For part b: .15 inches. I need help solving though.in. 4 A centric axial force P is applied to the steel bar shown Knowing that a all = 24 ksi and b = 3 in, determine (a) the largest allowable value of P, (b) the smallest permissible value of ry if o 112 /2 A SPAN THE BEAM SHONN HAs A DouBLY SYMMAstc CROSS Shcn oN BuILT-Ur Fnom Fouk wooDsN BOAros. JolwTS AR NALD CRoss SECTIew Find: 1: maximum flexural (bending) stress due to positive M between A A 5-meter high vertical wall supports a cohesive backfill with upper horizontal surface. The properties of the backfill are as follows: 7. Ir UNIT WEIGHT OF SOIL IS NEEDEO, PLEASE USE EFFECTNE (Y’-t-) Determine the structure displacements for the structure shown in Figure 1 50 kN 30 kNm 80 kNm 5 m 5 m Analyse the structure shown below using finite element stiffness method and .Determine structure displacements. Draw the bending moment and shear force diagram. 80 kN 50 kNm 45 kNm (0,0) 4 m 4 m length of throw 1I. (30) A vertical summit parabolic curve has its P.V.I. at station 14 750 with elevation of 76.30 m. The grade back tangent is 3.4% and forward tangent of-4.8%. If the length of th and (c) the staonin II. (30) A vertical parabolic sag curve of Quezon City underpass has a grade of -4% followed by a grade of an intersecting at station 12 150.60 at elevation 124.80 m above sea leve Review Part A The allowable stress is oallow 22.1 ksi (Figure 1) Determine the maximum axial force P that can be applied to the steel plate. Express your answer to three significant figures and includ Q2. in a series of unconsolidated-undrained (UU) triaxial tests on specimens of a fully saturated clay, the following results were obtained at failure: 1 3 280 100 200 Test No. Confining pressure (kPa In a series of unconsolidated-undrained (UU) triaxial tests on specimens of a fully saturated clay, the following results were obtained at failure Q2 3 2 Test No. Confining pressure (kPa) Principal st 01. Three test piles have been subject to static load test in order to verify the bearing capacity of a certain soil. The measured axial load for individual tests on each of the piles were 450 kN, 422 Q2. a. A shallow foundation with a width of 4 m and a length of 5 m is located with its base at a depth of 2 m of a deep stratum of clay. The drained shear strength parameters of the clay are c’= 3 kP Q3 normally consolidated clay. A cell pressure of 300 kPa and a back (pore) pressure of 100 kPa were applied to the sample just before the shearing stage. Failure of the sample was attained when the d I need the reactions as well as the shear force and bending moment diagrams for both please Question 3 An 8 m depth of sand overlies a 6 m layer of clay, below which is an impermeable stratum (Figure 4). The ground water level is located at the depth of 8m from the ground surface. Over a per Problem 1 (5 pts): Write the expression to calculate the force required to hold the axisymmetric vane shown in the figure in a stationary position as a function of deflection angle B, the fluid densit Problem 1 (7 pts): Consider a water jet that is deflected by a stationary solid vane as shown in the figure. If V 30.48 m/s and di 25.4 mm, respectively, what is the by the jet? The vane deflection an Problem 1 In figure 3.41 the vane turns the water jet completely around. Find the maximum jet velocity vo force a force Fo Po VODO Fig. P3.41 459 Problem 2 (7 pts): D=1/2D Consider a 2.8 m3/s water jet flow moving out of a pipe of 750 mm of diameter in x positive direction. The water jet is deflected by a stationary 45° splitter 2.8 m’s Problem 2: Concrete Concrete (p 2400 kg/m) flows steadily into a rectangular tanker (w-2m, B-3m

Please answer question 4 in detail, thank you so much..QUESTION 4 A two-lane two-way road has a 3.7 m wide lane and a 2.5 m wide surfaced shoulder in each direction. The finished road levels at Ch 11 500 and Ch 13 200 are 32.200 m and 20.300 m respectivel

Please answer question 4 in detail, thank you so much..QUESTION 4 A two-lane two-way road has a 3.7 m wide lane and a 2.5 m wide surfaced shoulder in each direction. The finished road levels at Ch 11 500 and Ch 13 200 are 32.200 m and 20.300 m respectivel 5.1 On a specific westbound section of highway, studies show that the speed-density relationship is u=u It is known that the capacity is 3800 veh/h and the jam density is 225 veh/mi. What is the space 5.6 Four race cars are traveling on a 2.5-mile tri-oval track. The four cars are traveling at constant speeds of 195 mi/h, 190 mi/h, 185 mi/h, and 180 mi/h, respectively. Assume you are an observer st Please answer Question 1 but only 1.3 in detail please. Thank you.TPE 26017101/072019 Answer all questions (134 Marks) ASSIGNMENT 2 QUESTIONS consider the following traverse from A to E. along the horontal alignment of a rural highway near Fouriesburg in the Free St 5.5 Assume you are an observer standing at a point along a three-lane roadway. All vehicles in lane 1 are traveling at 30 mi/h, all vehicles in lane 2 are traveling at 45 mi/h, and all vehicles in lan 5.3 A section of highway has the following flow- density relationship: 9 = 50k -0.156K What is the capacity of the highway section, the speed at capacity, and the density when the highway is at one- q 0.1 Draw the shear and moment diagrams for the beam. 500 Iь 200 lb 300 lb 1 6f -4—4–6f- 0.2 Draw the shear and moment diagrams for the beam. 1.5 kN/m 1.Use the moment-area theorems and determine the slope at A and displacement at C El is constant 3 DITC LT ol CTLAND NVIRONMENTAL ENGINEERING ARAH 0401344: Fluid Mechanics Laboratory- Final Exam-Summer 2018/2019 CAVILA PART 1 1- The Bernoulli experiment shows that a) Pressure head at any section 1 Mb ARAN UNIVERSITY OF SHARJAHCOLLEGE OF ENGINEERING DEPARTMENT OF CIVIL AND ENVIRONMENTAL ENGINEERING 0401344: Fluid Mechanics Laboratory- Final Exam -Summer 2018/2019 14- Bernoulli theorem is applica Example 4.7 ctangular beam for a 10-m simple span to support a dead load of 20 kN/m including beam weight) and a live load of 30 kN/m. Use p = 0.5pp. f. = 28 MPa, and – 420 MPa, and concrete weight is 14in. – 1 3.000 psi Problem 3.9 (Ans. €, = 0.00408, 6 = 0.797, OM, = 1320.7 ft-k) 7 #11 bars 27 in. 30 in. 3 in. f = 80,000 psi f = 6,000 psi -20 in. – Example 3.2 Determine the ACI design moment capacity. M. of the beam shown in Figure 3.8 if fc = 4000 psi and 1 = 60,000 psi. SOLUTION For ProBICIS U JI Cum b (mm) d (mm) Bars f (MPa) , (MPa) Problem No. 2.48 2.49 300 320 600 600 35 28 3 #36 3 #36 3 #25 3 #25 1 350 350 420 420 350 530 2.50 2.51 370 530 24 Problem 2.52 f. = 420 MPa fe Determine the shear V(x) and moment M(x) throughout the beam as a function of x. Draw the shear and moment diagrams for each member of the frame. Assume A is fixed, the joint at B is a pin, and suppor compute the depth of flow on triangular section with an apex angle of 70 degrees and having a discharge of Q = 4.80 cubic meters per sec and a slope of 0.0008. The roughness coefficient n = 0.014 EXAMPLE Compute the depth of flow on triangular section with apex angle of 70 and having a discharge of Q=4.80m23/s, and a slope of 0.0008. The roughness coefficient n = 0.014 Draw the shear and moment diagrams for each member of the frame. Sketch the deflected shape. Assume that A is a roller and C is a pin. MINING ENGINEERING An open pit blast consists of blastholes inclined at 80° to the horizontal. Bench height is 14m and 1.8m of sub drilling is undertaken. The blastholes have 2.25m of stemming. Blast Mining Engineering At a particular open pit mine the bench height is 14m, the vertical blasthole diameter is 225mm and the rock has a specific gravity of 2.9. If ANFO with a density of 0.8g/cc is used Mining Engineering At a open pit mine the bench height is 15m, the vertical blasthole diameter is 250mm and the rock has a specific gravity of 2.9. If ANFO with a density of 0.8g/cc is used with a squ Hi, help with thisTrips HH 206 1506 19782 Example: The number of households and total trips made categorized by household size and car Car ownership ownership level in Pasig City in the current year are given below. Fa . Use the moment-area theorems and determine the slope and deflection at D of the beam shown 180 KN 15 kN/m HI 5 m El constant E = 70 CP ! -2.330 (10) mm please provide the density of steel rebar. 16 diameter fys=420N/mm2 and fyt=460 N/mm2. please provide as kg/m^3 please provide source. thanks. solve by moment area60 KN B 5m 5m E1 6 KN Im ET (Ym A Please answer all parts of questions.Test your knowledge: 1. What is the main reference code for reinforced concrete design? 2. Which standards do engineers use for material specifications in reinforced concrete design? 3. What is the ro 10.7-9 A plate girder ABCDE will be used in a building to provide large column-free area as shown in Figure P10.7-9. The uniform load on the girder consists of 1.9 kips/ft of dead load (not including The point loads are placed at the fixed positions shown in the figure and they are live loads. E C (centre) f = 32 Mpa fer= 3 MPa fsv = 500 MPa E = 200 GPa E = 28600 MPa a Cross section The following The point loads are placed at the fixed positions shown in the figure and they are live loads. E C (centre) f = 32 Mpa fer= 3 MPa fsv = 500 MPa E = 200 GPa E = 28600 MPa a Cross section The following The point loads are placed at the fixed positions shown in the figure and they are live loads. E C (centre) f = 32 Mpa fer= 3 MPa fsv = 500 MPa E = 200 GPa E = 28600 MPa a Cross section The following The point loads are placed at the fixed positions shown in the figure and they are live loads. E C (centre) f = 32 Mpa fer= 3 MPa fsv = 500 MPa E = 200 GPa E = 28600 MPa a Cross section The following A saturated clay deposit is 10metre thick layer with a saturated unit weight of 17KN/m3 . Calculate the effective depth at mid Hight of the Clay geotechnical engineeringEXAMPLE • A stiff clay layer underlies a 12 m thick silty sand deposit. A sheet pile is driven into the sand to a depth of 7 m, and the upstream and downstream water levels are as shown in the figur Week 5, Question 1: Using the force method, calculate the bending moment at D for this one-fold statically indeterminate frame. Ignore the axial and shear deformations and consider EI constant for the Week 5, Question 2 = 13 kN and Using the force method, calculate the bending moment atB for the statically indeterminate frame below. Please ignore the axial and shear deformations. Take a L 3.2 m 1 m Determine the force in members GF, FC, and CD of the truss. State if the members are in tension or compression. Draw the shear and moment diagram for the following beam Week 5. Question 1: Using the force method, calculate the bending moment at D for this one-fold statically indeterminate frame. Ignore the axial and shear deformations and consider El constant for the Determine the shear V(x) and moment M(x) throughout the beam as a function of x. Draw the shear and moment diagrams for each member of the frame. Assume A is fixed, the joint at B is a pin, and suppor 4.1 The average annual precipitation amounts for the gauges A, B, C and D are 1120, 935, 1200 and 978 mm. In year 2010, station D was out of operation. Station A, B, and recorded rainfall amounts of 1 6.1 Amcor Water Reservoir is designed to collect water from the adjacent catchment and to regulate water use across an average regular flow of 230 mm. Table Q6, below shows the monthly records of the 6.2 A rectangular channel with a width 6 m, stream-wise slope of 1 in 200 and a Manning’s coefficient of 0.012 has a discharge of 24 m s. Calculate the: (a) normal depth (b) Froude number at the norma I need help with questions 1-7 please!!!STL MEM a DEW . 1 gme 100 i MAT190 Bearing Activity On the map shown, use a compass to construct a circle with a one-inch radius, with DFW at the center. Draw one diameter of the cirde oriented north- QUESTION THREE a) Describe ONE construction technique of bored pile in a Clayey GRAVEL stratum. The water table is at one metre depth. b) A standard penetration test is carried out in a saturated Clav self weight of the T beamQuestion 17: A beam is simply supported and its cross-section is T shaped as shown. 800 mm 0.54 150 400 mm 0.95 4.5 meters 250 min CROSS-SECTION 0.12 Arcax 24 17. If concrete weighs 24 kN/m?, the un-f 141 May June July Aug 189 1. At a proposed dam site, the inflow is given in column 2. Water supply demand is given in column 3. Find the optimal storage required to fulfil this demand Month Inflow (cf 2. A trapezoidal channel with a side slope of 1 vertical to 2 horizontal and a bottom width of 10ft carries a discharge of 300 cfs. Flow depth is 0.9 ft. (a) Find the critical depth. (b) Find the Frou stiffness matrix? 3. You are conducting a BOD test. You measure the following: initial dissolved oxygen 8.2 mg/l, 5 day dissolved oxygen 6.9 mg/L. A 2.9 mL sample is placed in a standard BOD sample bottle. Find the BOD show which members are in tensions and which members are in compression 4. In the formwork for a column, what should be provided at its base? 5. What are the advantages of plywood, as compared with boarding, for formwork? 9. In a stair formwork, how are the riser bottom edges treated? 10. What are the advantages and disadvantages of ste Can some help draw the free body diagram, and solve the problem. I dont understand itالميا 4. Refer to Figure 4, a depiction of a structural assembly that supports a load W. Load W equals 2500 pounds. Angle O, = 31 degrees and angle O2 = 72 degrees. Port Ai What is the magnitude, Clinker concrete hollow block partition 225mm thick in cement lime mortar (1:2:9) …per square metre. Extra over common brickwork for 70mm facing bricks in Flemish bond, the joint raked out and poi finds M, M2, Mg. Vg, V2, Vq solve the influence line? Use only Direct Displacement MethodProblem 3 (26 points). Use the Direct Displacement Method to compute all support reactions for the structure in Figure 2. Note that this structure is identical to that in Figure 1 except that A is a p Problem 2 (25 points). Use the Flexibility Method to compute all support reactions for the structure in Figure 2. Note that this structure is identical to that in Figure 1 except that A is a pinned su QUESTION 2 (80 Points) 5 kN/m Two rigid legs AB and AC are hinged at B, and supported at A and C. The supports are connected by a flexible cable. A 5 kN/m load is applied vertically between the points Problem 5 Shown below is an AASHTO Type IV concrete girder. The area is 789 in and centroid is 24.73 inches from the bottom. Determine the moment of inertia about the x-axis 20″ 8″ 6″ 1 8″ 54″ X 24.73 Problem 4 Determine the centroidal moments of inertia (I, and Iy) of the built-up column section mposed of two 400-mm by 20-mm plates connected to two C310x31 channels. Use the following properties, w Problem 3 A plate and angle column is composed of four 200 x 11 x 13 mm angles with the short legs connected to a web plate 350 mm by 20 mm plus two flange plates, each 460 mm by 60 mm, as shown below Problem 2 Determine the moment of inertia of the section shown below with respect to its centroidal аxis, Xо. у, 300 mm 20 mm 20 mm 300 mm 20 mm 150 mm Problem 1 Determine the moment of inertia of the T section shown below with respect to its centroidal axis, xo 2 in 8 in 2 in -8 in The cantilever beam shown is subjected to a concentrated load of P = 175 kN. The cross-sectional dimensions of the rectangular tube shape are shown Determine: (a) the shear stress at point K, which is or the cantilever steel beam [E=200GPa;I=129×106mm4] shown in the figure, use the double-integration method to determine the deflection at A. AssumeL=3.1m,P=64kN, andw0=63kN/m. Part 1 Write an equat In Mechanics, What is the correct answer with step by step solution of what is being asked?FRICTION A homogeneous block of weight Wrests upon the incline shown. If the coefficient of friction is 0.30, determine the greatest height h at which a force P parallel to the incline may be applied In Mechanics, What is the correct answer with step by step solution specially no. 3FRICTION The 500KN block shown is in contact with a 45°incline. The coefficient of friction is 0.25. Determine the horizontal force P necessary to 1. Just start the block up the incline 2.Just to pre d a) DRAN INF WENCE LINE FOR RAV TO THE RIGHT 3 MOME А с. PIN A BE 5 8′ oko PTS 16′ 5875 oo 6) DRAN INFLUENCE LINE FOR Mc Avc 5 PTS. Kim Im 3m INFWENCE LINES ARE USEFUL FO MOME 01 APRAW ENFWEN LE Solve fully and explainola) PRAW INFWENCE LINE FOR AT C. INFLUENCE LINE FOR R V TO THE RIGHT } MOME k8 16′ ro 5 PTI O DRAW INFLUENCE LINE FOR Mc AVC 5 PTT – 1 x 3 . any INFWENCE LINES ARE VEFUL FOR EXPLAIN WHY INFWENCE solve fully and explainQ2 DETERMINE Ao

what info do you need? dont just tell me it needs info. mention the info you want1. Design a flexible pavement structure that consists of a surface, base, and subbase layers. The design aircraft is Boeing 767 with a gross weight of 200,000 lb and 6,000 annual departures. The CBR v

what info do you need? dont just tell me it needs info. mention the info you want1. Design a flexible pavement structure that consists of a surface, base, and subbase layers. The design aircraft is Boeing 767 with a gross weight of 200,000 lb and 6,000 annual departures. The CBR v 3. Design a flexible pavement structure that consists of a surface, base, and subbase layers. The design aircraft is Boeing 767 with a gross weight of 150,000 lb and 15,000 annual departures. The CBR 4. Determine the Portland cement concrete slab thickness for a rigid pavement that will be used by a Boeing 757 with a gross weight of 225,000 lb and 6,000 annual departures. The flexure strength of t 5. Determine the Portland cement concrete slab thickness for a rigid pavement that will be used by a Boeing 757 with a gross weight of 150,000 lb and 15,000 annual departures. The flexure strength of 6. Determine the Portland cement concrete slab thickness for a rigid pavement that will be used by a Boeing 757 with a gross weight of 250,000 lb and 3,000 annual departures. The flexure strength of t why would you use a shock absorber sub? why would one use a stabilizer? 4 in. 30 kip ULI 111 LILL III ITIL 1111 IL III TUIT TILL III T3 ft TUL LILL TILL The shown column is comprised of concrete reinforced with 6 steel rebars. The column is capped with a rigid plate, whic Question 4 (2.5 points) 4 in. 30 kip ILITI IN UL TIL III III III III TILL IN III 3 ft TILTILL II INTUI IIIIIII TIL TIL LLLLLLL III III TIL TIL TILU TIIT TIIL ILI TIIT IL TIL IIIIIII III ill IT The sho 0/2.5 points Question 4 (C83400), surrounded by a 2″ diameter sleeve of structural steel (A36). br The shaf wn is comprised of a 1″ diameter inner core of If the shaft was subjected to a constant, non The results of a pump test are provided in table 2.2 a. Plot the pump performance characteristic curve. b. Plot the characteristic curve for two pumps in series. c. Plot the characteristic curve for tCU I Table 2.2 Discharge(L/s) 0 Table 2.2: Pump characteristics 30.00 45.00 60.00 76.00 Head(m) 45.50 44.10 42.15 35.58 26.43 14.24 (a) Plot the pump performance characteristic curve. (b) Plot the cha It is not A I am thinking it could possibly be BQuestion 4 0/2.5 points The shaft shown is comprised of a 1″ diameter inner core of red brass (C83400), surrounded by a 2″ diameter sleeve of structural steel (A36). If the shaft was subjected to a co Geotechnical engineeringEXAMPLE EXAMPLE • A still day layer underlies a 12 m thick silty sand deposit. A sheet pile is driven into the sand to a depth of 7 m, and the upstream and downstream water levels are as shown in th A new township requires a water supply system to be installed. water needs to be provided to this new development by a pipeline for which a choice between two types of pipe systems must be made. The dQUESTION 2(15 marks) RDM4701/101/0/2019 A new township requires a water supply system to be installed. Water nees this new development by a pipeline for which a choice between two types o be made. The A new sewer is to be designed in Eastern Cape which consists of 127 000 people of the lower income group and their wastewater is to be carried in pipe 1. Pipe 2,carries flow from a nearby village withQUESTION 1 (25 marks) A new sewer is to be designed in Eastern Cape which consists of income group and their wastewater is to be carried in pipe 1 nearby village with 10 500 dwelling units of a middle QUESTION 3 (30 Marks) The results of a pump test are provided in Table 2.2 Table 2.2: Pump characteristics Discharge(L/s) 15.00 30.00 45.00 60.00 76.00 Head(m) 45.50 44.10 42 15 35.58 26.43 4 24 (a) P Draw the shear and moment diagrams for each member of the frame. Sketch the deflected shape. Assume that A is a roller and C is a pin. and ffeutive Span of 702m Carics imply etangular ahay an 1 A cept self weigm resiqn 11o KN/m ard he external drad load of LL venfove inent trau detais Iioulghnat the span 4heur alt tuonomiCul fe 2.4M v load of 4. of 36 KN /m. A rectangular bearn and a calculated that must dead load carry a service live load 15.3 KW/m on a 5.5m simple si is limited in Moss section and 500mm total depth for architec Use the virtual work method to determine the horizontal and vertical components of the deflection at joint B of the truss. a. 200 kN B 120 kN 3 m 4 m 4 m EA=constant E 200 GPa A =3000 mm2 a. 75 kN 100 kN (3000 mm2 (3000 mm2) (3000 mm2) mm2) (3000 mm2) (2000 mm2) mm2) (2000 mm2) 9 m (2000 (2000 E (3000 mm2)B(3000 mm2) C(3000 mm2)D(3000 mm2)i 4 at 6 m 24 m E 200 GPa (uu 000E) QUESTION4 TPE2601/101/0/2019 The diagram below shows a 1/600 x 600 mm precast concrete portal culvert under a freeway The culvert is laid at a slope of 1.8 % and has winowalls at 45 which gives an ent Trying update but it does not show the Pic when I update. The slab is 6000 x 5000 then in the middle is 175mm thick slab. At The bottom is 220 both sides.Section A- Reinforced Concrete ASSIGNMENT 2 QUESTION 1 Figure Q1, shows a simply supported two-way spanning slab. It is supported on a 220 mm thick brick wall on all four sides. The supports do not ha Pended reinforced concrete floor slab (175 mm thick) and beams conditions are moderate and grade 30/19 concrete is to be used (2) QUESTION 3 Figure Q3, shows the plan of a suspended reinforced com cas 01. Solve the following system of Equations, in three iterations, by using a) Jacobi Teration b) Gauss-Seidal i 5v wta ty 32-5, 1 1 7w x 21 214, ini. 1 6 x y 23-7 İM. VAW-x 4y=208 v. 2v W-x 2 ONLINE EDITOR (A) Digit Pairs – Problem Description Given three digit numbers, your task is to find bit score of all numbers number of resins pas 1. Rule for calculating bit score from three digit num a. Draw the Moment at C, Reaction at C and Moment At E, Reaction at E B -4m- 4m cI ÉT 4 m 4m — b. Draw the Moment at A, Reaction at C and Shear At B 1 . B 5m – 10 m — C. Draw the Moment at A, Mo QUESTION 5 For the figure shown below, what flow rate (in MGD) is required to produce 7,500HP if the turbine is 72% efficient? D= 4 ft L = 1585 ft f = .0275 Minor Loss K = 0.8 Az = 1450 ft Kalve = 7.5 QUESTION 5 (20 Points) Dimensions External Force P Internal Force External Deformation D For the truss shown in the figure, determine the global stiffness matrix using matrix Intemal Deformation 8 ope QUESTION 4 (25 Points) 100 KN 10m 5m For the above indeterminate beam, determine the vertical loading. the vertical deformation under the 100-KN Use Cross method to determine the mon theorem to determ The Hvorslev Method is often used to analyze data collected during single well or slug testing of a monitoring well. Using the information below about the well, answer the following questions: Inside Q3 Q2 Q1 Question 1: Determine the reactions at A and D. (positive directions are shown in the figure) (3 marks) and y 6 kN 0.4 m 1.0 m B A C Answer: kN (round to 0.01) FAx= 0.5 m kN (round to 0.01) F Q1 Q2 Q3 20 kN/m Question 2: Calculate the following reactions and bending moment. Point D is a smooth hinge connecting two members. (positive x and y directions are shown in the figure) (3 marks) Ans Q1 Q2 Q3 60 KN Question 3: What is the magnitude of the bending moment at B, C and E (E is a horizontal roller). Point D is a smooth hinge connecting two members. (4 marks) 30 kN/m 20 kN/m Answer: Mg A sluice gate is positioned on an inclined long channel of width B 15 m with roughness ks =3 mm and slope So 0.002 (Figure 1). The sluice gate with gate opening d 0.3 m is positioned in the long chann Q.3 (15%) Derive equations for the shear force V(x) and the bending moment M(x) for the cantilever beam shown and find the maximum moment. 4kN/m B 3kN 2m can you please solve question 1.8Ru Lat the point weity in a RI Uning the velocity in and the higher in Problem PAX where there were shear rem che deity, distance t h e bed and leng e of bed . The flow depth in the channel Theating a RJ Let the point velocity in a wide rectangular channel be expressed as 25v damentals of open-channel ow where poiet velocity, r,-()-shear velocity, t-merage shear stress on channel bed, pdemsity, zdi could you please solve question 1.8RJ Let the point welocity in a wide rectungalar channel be expressed as ndamenals of open-chanel flew where wpoint velocity, (e-shear welocity, t-werage shear stress n channel bed. pdensity, zdistance Q1) Check the member AB of the frame for the loading shown Use LCI and St37 (ON=1.44 cm – 1440 kgf/em’. -24 /cm 2400 kgf/cm’), 155 Pus] P=7 T340 M. 5 tm Q1) Check the member AB of the frame for the loading shown Use LCI and St37 (ON=1.44 cm – 1440 kgf/em’. -24 /cm 2400 kgf/cm’), 155 Pus] P=7 T340 M. 5 tm Q.4 (20%) For the simply-supported beam: i. Draw the shear force and bending moment diagrams using the graphical method. ii. Determine the maximum tensile bending (normal) stress if the maximum compre The mean monthly temperatures at a given paving project to be built in the Gaspe are shown in the table below. Month September °C 4.9 °F40.8 October °C 0 °F 32 November °C -4.6 °F 23.7 December The energy equation for a system is 0-W – DE – dt sys For this equation • heat transfer to the system is positive and work done by the system is negative. O heat transfer to the system is positive a 2-foot-wide sluice gate shown in the figure below. (b) Find the size of the horizontal component of the anchoring force required to hold in place the sluice gate when it is closed and the depth of wat PROJECT 3 Design the rectangular duct system shown on the following page. The ducting is to be installed inside a suspended ceiling. The pressure drop through each diffuser is 6 Pa and the total avail Designing the Horizontal Beam Given: As the ninja competitor makes the jump to the final ledges at the end of the horizontal beam, the following forces are applied. Note that the self-weight of the be A crew of mechanics at the Highway Department garage repair vehicles that break down at an average of 10 vehicles per hour (approximately Poisson in nature). The mechanic crew can service an average o Will it all Given: After further analysis, you realize since the competitor would be hanging off one side of the beam, the beam would be subject to bending and torsion. Your analysis of the critical l 1. Carbon dioxide and water combined typically make up 1-3% of our atmosphere, and yet, we are constantly monitoring the atmospheric content of CO2 and H2O. Why? Explain the typical atmospheric concen 2. With one exception, the relative concentrations of atmospheric gases do not change with height. Indicate this exception, its concentration patterns, and reasons why this is the case. (SHORT ESSAY) Given: In order to signal the release of the locking mechanism, you have decided to use a strain gage. However, in your haste to apply the gage to the beam, you accidentally place the gage at an angle 4. The composition of the Earth’s atmosphere has changed in the past 200 years. What are/were the major changes in our atmospheric composition? 5. Name the top five air pollutants we presently regulate. Is there a common source for these top five air pollutants? If so, what is it? What percentage of our atmospheric gases do these top five reg 6. Identify what occurs to each of these molecules in our atmosphere. What process uses them up and what is the resulting molecule after the original gas has been transformed? 7. Identify two factors that affect the lifetime of pollutants in the atmosphere, and explain how these two factors affect pollutant lifetime. (SHORT ESSAY) 8. When fossil fuel is burned, many different types of carbon-based molecules can be emitted. Of all carbon-based emissions, carbon dioxide is the best-case scenario given what will occur to the other 9. The CAA dealt with both stratospheric and tropospheric ozone issues. Explain which sections addresses which issue and how these two issues are addressed. (SHORT ESSAY) 10. A colleague comments to you that the ozone hole must be getting worse since we are having so many ozone alert days. How would you gently correct this misconception of your colleague in relating oz 48320_V3 – Surveying – Session 1 – AUT/BAU – Main, 2018 QUESTION 2 (12 Marks) Angles were measured in the traverse shown below. Given the bearing of the line P-Q is 150°21’30” i) (6 marks) Calculate please help, thanks. asapFor the steel truss shown (E = 29×10° psi) determine: A. The normal stress in each member if the area of all members is 1.5 in’. (20 pts) B. The deformation in member AC.. (10pts) 240 lb 20 in. 16 in Problem 6.129 A wood beam is reinforced with steel straps at its top and bottom as shown in the figure below (Figure 1). Figure 1 of 1 ) 40 mm 400 mm 40 mm 200 mm Part A Determine the maximum bendin Locking Mechanism Horizontal Beam Hinge Vertical Pole End UUTIVE Pool Start WRITELE // p /ski/ Cep://www.com/www/ Anim Nilamor In my proposed obstacle, the ninja will need to climb up the vertical pol Given: After further analysis, you realize since the competitor would be hanging off one side of the beam, the beam would be subject to bending and torsion. Your analysis of the critical location prov Drop the Beam! Given: In order to signal the release of the locking mechanism, you have decided to use a strain gage. However, in your haste to apply the gage to the beam, you accidentally place the g For the steel truss shown (E- 29×10° psi) determine: A. The normal stress in each member if the area of all members is 1.5 in. (20 pts) B. The deformation in member AC. (10pts) 240 lb 20 in. 16 in. 1 Describe the engineering importance of drawing Mohr’s Circles for 3D states of stress and being able to determine the principal stresses and maximum shear stress. [4 pts] In your own words, describe plane stress. [3 pts] List an example where you might encounter plane stress in engineering. Be specific in describing why it is plane stress. [2 pts] 11 on noints a final answer to twa o of the disk, Round ef the anqular momentur kof weight WG Ib rotates at the constant rate w17 rad’s witlh respect to am ABC, which is welced to a shat DCE rolaing a Kindly solve all parts asap. ThanksProblem 3. Concentrated forces and couple moments are applied to a pipe as illustrated in the figure below. a) Write all forces and moments in cartesian form b) Find the resulting force in cartesian f a. Use the virtual work method to determine the horizontal deflection at joint H of the truss. 75 KN _ G (1500 mm) (2500 mm) (1500 mm) (2500 mm) (1500 (1500 150 kN – (2500 mm2) (1500 mm2) (2500 mm) 4 Determine the smallest cross-sectional area A required for the members of the truss shown, so a. that the horizontal deflection at joint D does not exceed 10 mm. Use the virtual work method. 50 kN 50 a. Determine the smallest cross-sectional area A for the members of the truss shown, so that the vertical deflection at joint B does not exceed 10 mm. Use the method of virtual work. 50 kN 100 KN 50 K CVE 223 Exam durat Fall 2016 – Eum II for cantilever beam are 221112016 596) For the cantilever beam shown in the figure. If the allowable shear stress is 100 find the depth of the beam (h) based on t A channel with a specific discharge per meter width of 0.5m2/s is to be changed either by constructing a 0.3m step up on the bed of the channel or by excavating the channel bed deeper by 0.3m. Calcula The motion of an oscillating flywheel is defined by the relation = @e- cos4nt, where is expressed in radians and in seconds. The value of @ = 1.3 rad. 2. Determine the angular coordinate, the angular Pin Pis attached to the collar shown: the motion of the pin is gulded by a slot cut in rod BD and by the collar that slides on rod AE. Knowing that at the instant considered the rods rotate clockwise Find out approximate quantity of plaster for 100 sy of wall area, a 1/2‐inch thickness over. Add 8 cf for over metal lath. Using the table, find out approximate quantity of plaster for 100 sy of wal How many rafters on both sides are needed to use when ridge length is 63 ft and the space of rafters are 16”?Per 1/16″ Thickness of Perforated Plaster Board Lath – Add 4.0 C.F. Metal Lath Plaster Allow 5.2 C.F Add 8.0 C.F. Q1: ( 10 points) Determine the reactions at the supports A, B and D. Assume Er is constant and A is pins, B and Croller. By using virtual work M= 10Kn.m B 4m 4m serssgoals PhotoGrid 690 lb ITTITIITTI 5000 lb.lft P2) The beam shown below is supported by an external pin at A and an external roller at B. a) Draw the fbd of the beam b) Determine the values of P., 60 lb/ft Mo, w with P4) The beam shown below is supported by an external fixed collar at A and an external rocker on inclined ground at B. a) Draw the fbd of the beam b) Determine the values of Po, Mo, W with their 60 lb A cubic meter of air sample was sampled at 1.0 atm and 25 C. An ion chromatographic analysis of that sample found it to contain 20.0 micrograms of SO2. How many ppb of SO2 is in that air? Suppose that og = 441 MPa, y = 220 MPa, Tzy = 477 MPa. Partu Specify the orientation of the maximum in-plane shear stress Express your answer with the appropriate units. HPÅ Om ? 0,- Value Units cloc Suppose that og = 441 MPa, y = 220 MPa, Tay = 477 MPa. Part Determine average normal stress. Express your answer with the appropriate units. CH PÅ ? R O Units Orang = Value Submit Request Answer Figu Suppose that o, = 441 MPa, y = 220 MPa, Tey = 477 MPa. Part A Determine the principal stress. (Figure 1) Enter your answers numerically separated by a comma. IV AED 1 vec mo? 01,02 = MPa Submit Reques experts only, this is the second time I post this question, the first answer was wrong. please make sure of your answer before posting, and show VERY detailed stepsEXAMPLE eet am 3 m Did 2 m ains 2.6m Silty sand 5 m Stiff clay 24 25 EXAMPLE EXAMPLE A stiff clay layer underlies a 12 m thick silty sand deposit. A sheet pile is driven into the sand to a depth of The cantilever beam is subjected to the point loads P 2.4 kN and P5.9 kN P 300 mm 250 mm 250 mm 20 mm 70 mm 20 mm 50 mm Part A Determine the shear stress at point B on the web of the cantilevered stru please compelte parts B, C, and D! Thanks!The Shear Formula To determine the maximum shear force that can be applied to two shafts of varying cross sections: a solid square shaft and a hollow square shaft. The two square cross sections shown In class, we discussed the fact that an American family of four in their household activities could generate between 40 and 70 kg/year of particulate matter. Let’s take 49 kg/year, a number in that Example 4.2 Using Type S mortar, determine the quantities of ingredients to mix 100 fron Solution From Table 4.6 for Type S mortar, determine the mix proportions, Volume of cement = V ft Volume of lim According to the U.S. Department of the Interior, the amount of energy lost because of poorly insulated homes is equivalent to 2 million barrels of oil per day. In 2009, this is more oil than the Unit A uniform straight bar is glued to a vertical wall along AB with an angle of 60°. The bar has a rectangular cross section of 3cm x 2cm. The bar is subjected to a compressive force of P=600 N along it The state of stress is shown on the element (Figure 1). Part A Determine the principal stresses at the point. Express your answers in megapascals to three significant figures. Enter your answers separ The state of stress is shown on the element (Figure 1). Part Determine the maximum in-plane shear stress at the point. Express your answer in megapascals to three significant figures. T = MPa Submit R c) (5 Marks) A highway embankment is to be built according to the typical with a formation width of 30m and side slopes of 1:1 From chainage 100.0 onwards, the centre line of the road is falling at a QUESTION 1 (18 Marks) A closed traverse was carried out as shown in the diagram below. The bearings shown are the adjusted bearings. (8 marks) Enter the traverse details in the table and calculate co- and fixed at its bese B. The eccentricity of the load is -06 in and the grade of steel used is oy38 An axial load P is applied to the W8 * 2 rolled steel column BC that is free at its top safety is 23

mechanics of materials with steps please. thankyouFront view — Nicke view 28.1 Q1 The shear stress (MPa) in the pinat joint is equal to 47.5 37.5 15.2 Q2 The shear stress (MPa) in the pin at joint A is equal to a) 47.5 b) 37.5 c) 15.2 The normal str

mechanics of materials with steps please. thankyouFront view — Nicke view 28.1 Q1 The shear stress (MPa) in the pinat joint is equal to 47.5 37.5 15.2 Q2 The shear stress (MPa) in the pin at joint A is equal to a) 47.5 b) 37.5 c) 15.2 The normal str 100KN 10 kN/m His 2I * A I 12m 6m Determine the reactions using Fore method. Then draw SFD

Question Reflect on the importance of goal-setting, and answer the following questions:Briefly,

Get college assignment help at Smashing Essays Reflect on the importance of goal-setting, and answer the following questions:Briefly, share a time when you set a goal and did not accomplish it, and then share a time when you set a goal and successfully achieved it. Why weren’t you successful in your first example? Why were you successful in your second example? Why does effective goal-setting help us achieve goals? What are the characteristics of good goals?Based on your answer to questions 1 and 2, set three goals: one short-term, one mid-term, and one long-term.please use http://open.lib.umn.edu/collegesuccess/ Chapter 2 for reference and https://psychcentral.com/blog/stress-management-tips-for-students/

What is the safe load (tons) for pile meeting the following conditions (20 in. round pile, 120 ft. long)? a. Single Acting Compress Air Hammer b. Total Penetration Last six (6) Blows = 1.26 in. = 0.21

What is the safe load (tons) for pile meeting the following conditions (20 in. round pile, 120 ft. long)? a. Single Acting Compress Air Hammer b. Total Penetration Last six (6) Blows = 1.26 in. = 0.21 If the total cost of a reinforced concrete construction job as planned is $22,750 and it follows the standard distribution shown in Figure 12-1 below, what would you do if the following happened (Trea Describe a smart infrastructure A trunk sewer is to be sized for a 25km^2 (2500 ha) city. It will be 60% residential, 30% commercial and 10% industrial. The residential area will have 40% large lots, 55% small single family lots and Can someone please solve this with detailed steps.Find the internal forces in all of the members of the pin jointed frame shown in Figure Q5. [20 marks] 1m 2 50KN 20kn Determine the x component of reaction at A. Determine the y component of reaction at A. Determine the x component of reaction at B. Determine the y component of reaction at B. Determine the x componen Please assist with structural analysisDetermine the second moment of area, for bending about X-X and YY axis (ie. Is and In) for the build-up steel section shown below. (All dimensions are in mm). 35 25 IL1 50000 DI Determine the x component of reaction at A. Determine the y component of reaction at A. for Ay = 4.80 kips (answer is correct ) Determine the x component of reaction at D. Determine the y component o Describe smart building and properties Descrebe smart industrial environment Describe smart city services Describe smart energy management Describe smart waste management Describe smart water management 2-22. Determine the reactions at the supports. 200 lb/ft 100 lb/ft VV7 – 5f ft – 4 Prob. 2-22 Problem 12.228 At the instant shown, cars A and B are traveling at velocities of 40 m/s and 30 m/s, respectively. A is increasing its speed at 4 m/s2, whereas the speed of B is decreasing at 3 m/s2. T Problem 13.2 Part A The two boxcars A and B have a weight of 21 000 lb and 33 000 lb, respectively. They are freely coating down the incline when the brakes are applied to all the wheels of car A. The Problem 13.6 The 15-lb block has a speed of 4 ft/s when the force of F-(8t) lb is applied. The coefficient of kinetic friction at the surface is u,0.2. (Figure 1) Part A Determine the speed of the blo Problem 13.11 A force of 10 lb is applied to the cord. Block A weighs 30 lb. Neglect the mass of the pulleys and cords. (Figure 1) Part Determine the time noded to put the cord at ! Determine the time During the installation of foul drainage in an apartment block of 36 flats housing b) middle income families with a water consumption of 120 1/d, the drainage system was separated into block and grey Problem 13.68 The 1.8 – Mg car travels over the hill having the shape of a parabola. (Figure 1) Figure 20 (1 – 1 80 m Part A If the driver maintains a constant speed of 9 m/s, determine t *2–24. Determine the reactions on the beam. The support at B can be assumed to be a roller. 2 k/ft ALOL — 12 ft — 12 ft — Prob. 2-24 Critically assess the individual phases of the Model of a General Planning Process as prescribed by Lichfield et al. (1975), and indicate whether you think this model can/cannot work in South Africa. Please assist with this problem of structural analysis 2.The statically determinate frame shown below is pinned at both supports A and E, and is connected by a frictionless pin (i.e. hinge) at B. The frame is subjected to a uniformly distributed load over s Determine the force in member AE of the loaded truss. The force is positive if in tension, negative if in compression.Determine the force in member AE of the loaded truss. The force is positive if in tension, negative if in compression 4,4 kN 3.2 kN Yc 2.0 m 2.0 m A 1.1 m 2.2 m E F question: how do i find the force from the pressure given that the closed tank has 2 am. answer is 159.1 thank youfor a closed tank * force u Closed longer sd is different here due to R b: Zatra, Im – by lata Determine P for pressurized tank FR-Fi g = 2latm).101.3 Llanos). T1255=154.7755 P=551 0.506 159.10.5 = need help in understanding my notes. question: how do you do part a? answer is h=0.379. my main concern is where did 4238 come from and is it really 1800g? thank youEx) Mud Slide ball Retennine ‘I for which wall alside LM 50.3) a) Efxto = FS – FREMN-8.h: A = 1800 . 4.0,3.4238.942 24h 1000g TF – Now N =Y =290.9.12.2017 Dasm -0 = -W.0. N.0.0.1 FR 42 O bir it i s hp Need OR HEHP IN SIMULTAEOUS SOLU7ION, PhEASE SHOW mE Ttob Ab TERS Y Tate Be ,2 The load lan be cxpressed n ternus x as water own we ongin Bhe ael system ar the to of te wall =0 7 M=2.225 X-1.2 xgba Question 1 Determine the FFS, V and BPTSF for the segment of a two-lane highway having the following criteria: • Directional split 50/50 split • Demand volume = 1550 pc/h (total both direction) Critically assess the individual phases of the Model of a General Planning Process as prescribed by Lichfield et al. (1975) A sample of dry sand is tested in direct shear. A normal load equivalent to 2 ksf is imposed for the test. The shearing force applied to fail the sample is increased until the shearing does occur. The Solve for the exact numbersA 3.52 A centroid is an object’s geometric center. For an object of uniform composition, its centroid is also its center of mass. Often the centroid of a complex composite body is found by, first, cut Given the following coordinate pairs. compute the Bearing and Distance as indicated. NI 1093.1657N2 – 1415.3539N3 – 1334.5678 2021.0467 2 24.0410 3 2575.3421 NA 1179.1661 4 – 2536.5668 E 1. (20 points Bearing Distance Latitudes Adjusted Latitud Departures East ( ) We North ( ) South N 50-30-20″ W 290.50 S 17-21,40″E 140.61 189.00 S 74-29-38″ E (residuals) or of dosure LEOC) 1 2. decimal place (20 p Under 29 CFR 1910.1200, what are the labeling requirements for portable containers into which hazardous chemicals are transferred for immediate use by the employee who performed the transfer? 3. Use the method of composite areas to locate the centroid (x,y) shown below for the composite beam -40 40 20 A 25 15 40 65 A2 201 Dimensi. Why is abatement of asbestos materials in buildings not addressed in the asbestos standard at 29 CFR 1910? 3. (20 points) – Given the following field notes and Information Back Azimuth 1 to 4 ls 327-40-20″ N11000.0000 El=1000.0000 Inst BS F S Horizontal angle Zenith angle SD HD V Elevation 90″-33-33″ 00-00 According to the bloodborne pathogens standard, when must employers develop an exposure control plan? 4. (15 points) – Draw the contours. Use solid line for Index contours. Use dashed line for intermittent contours. X109.80 X103.20 X110.50 KEY MA X111.40 X107.80 X111.60 X113.70 X110.50 X113.70 20 = 10 When is asbestos awareness training required for maintenance and housekeeping personnel? A prineipal su P is iavested at a noninal interest rate , eompoundeds tines a year, for at the end ef this pariod wil2 The accuulated anount (a) (/) (b) P(1 /m) (e) Pr/n) (d) P(1 r/m ) (e) one of thes Safety data sheets (SDSs) must be readily accessible to employees when they are in their work areas during their work shifts. How does the 29 CFR 1910.1200 define “readily accessible”? Describe the importance of smoke management within the structure as is it related to the model codes. How does this affect operational crews? Describe the challenges with storage and mass transportation of hazardous materials to and from a facility. What are some possible characteristics that would make for an unsafe structure with regards Question 3 (10 marks): A car with the loads shown in Fig. 3 travels over the following bridge that consists of 2 side by side beams to resist the load for the left and right wheels. The 10 KN and 6 kN Question 2 (10 marks): Use the Displacement Method to determine the full bending moment diagram (BMD) for the beam shown in Fig. 2. 100 kN 55 kN ram 4m 1m 1m. Figure 2. M e Departures Adjusted Latitudes Departures Latitudes Bearing North ) N 50″-30-20″ W 290.50 S 17-21″-40″E 140.61 189.00 574-29-3″ E (residuals) decimal place nown as the rear error of LEO 1. 2. w ers Exam 2 SURV 2221 mane Given the following coordinate pairs. Compute the Bearing and Distance as indicated. N31334.5678 NI 10931657 N21415.59 E12021.6467 E22524.8410 N -1179.1661 E4 – 2536.5668 1. (10 Departures M ed Latitudes Departures Latitudes Bearing North ) N50.30-20″ W 290.50 S 17-21-40″ E 140.61 189.00 574-29-3″ E (residuals) het to the our decimal place known as the rear error of our LEDC) Bearing Latitudes Distance Departures Adjusted Latitudes Adjusted Departures North ( Seuth ( East( ) West (- North (4) South (-) West N S0-30-20 w 290.50 2 S 17-21-40″ E 140.61 3 S 74-29-38″ E 189.00 Learning Goal: To determine the absolute maximum bending stress in a rectangular cross section that has a circular cutout and is subjected to unsymmetrical bending in the y- and z-directional planes, show all steps for # 1 and 2 please !! :)1) Determine the force in each member of the truss. 2) Determine the force in members FE, EB, and BC Pin 8 2 -2m- 2 SKN SKN Roller = Study Textbook Solution B OA Practice Civil Engineering BU Suppe n 2015 for the channel Figure Pio Chapter 1 0 6 and determine the discharge in each channel for normal flow depth of 10 m. Ale, Hw#5 (Deflection) Calculate the instantaneous and long-time deflection (time limit of 5 years) of a no ft span simply supported bean, W = 3.2 1985 PL=12k 2 #10 – Ho It Pe’ = 4 ksi, fy: boksi 16 Wp=5y| Question No 2: Determine the equation of the elastic curve for the beam shown in the figure below. Caloulated the maximum displacement in the beam. El is constant (15 marks Wa If you were to add different additives to a marine clay soil sample to test for its improvement. Would you do a Consolidated undrained triaxial test , or an Unconsolidated undrained triaxial test ? an Estimate the diffusion coefficient of 1,1,2,2-Tetrachloro Ethilene-C2H2Cl4 in a dilute aqueous solution at 20 oC using the LeBas method. 5. The mass of the uniform beam is 270 kg. Note: point A is on the top of the beam, not the pin. a) Replace the loading system by an equivalent resultant force and moment acting at point A. (2W b) Rep (8 points) barge crane 01 K W , -* ** W21W2 W * W4 ** 2013 Michael Swanbom CCOO BY NC SA Winches L PAYLDAD Dimensions: Dimensions: wiW2 W3 W4W50 5.1 m 128 cm 2.9 m 6.8 m 13 m 69 deg I hi , ha , hz | 3. Heads UP! Refer to Figure 3, a diagram of a proposed roof assembly. Members AB and BC are 4 x 10s (allowable stress in compression= 950 psi). The slope of member AB is 15:12 and the slope of member (8 points) asymmetric peak frame 01 2013 Michael Swanbom LE ka kbc- > ka kg > Dimensions: abcdg 10.7 ft 15.4 ft 15.6 ft 16.3 ft 9.9 ft hi 19.5 ft h2 6.6 ft Problem Statement: Find the forces indicated cles 1 and 2 collide at an 80-degree low The sketch also shows the final is of the two vehicles are as follows: w. = 2600 lbs, and w222 were fully braking from the point of impact to final rest. angle 1. In a failed effort to avoid a queue of stopped vehicles in he 80,000-truck fully applies her brakes for 2 seconds;, then par for 1 second; and then fully applies her brakes for a distance impacting An 9-mm-thick brass [E = 83 GPa; v = 0.33] plate is subjected to biaxial stress with ox = 140 MPa and oy = 120 MPa. The plate dimensions are b = 325 mm and h = 225 mm (see the figure). Determine (a) t A thin steel [E = 30,000 ksi; v = 0.3] plate in a state of plane stress has dimensions of 8.00 ir . in the x direction and 3.75 in .in the y direction. The plate increases in length in the x direction Learning Goal: To analyze the forces within space truss members and the reaction forces that act on space trusses. A space truss is a stable three-dimensional structure that consists of members joined Part A Determine the greatest load P that can be applied to the truss so that none of the members are subjected to a force exc A thin aluminum [E = 10,000 ksi; G = 3,800 ksi] plate is subjected to biaxial stress. The strains measured in the plate are

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what are the four stages experienced from middle childhood through to adolescence?what is the effect of the four stages on the nature of the family structure

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is 14 question on my dissertation which the writer id 80471 can answer all this question please from page 6-12 only

please see what i attached and follow the instructions please see what

please see what i attached and follow the instructions please see what i attached and follow the instructions

Part 1. Calculate the displacements at the joints: a) Ax= mm b) Ay= mm c) Bx= mm d) By= mm e) Cx= mm Part 2. Calculate the force in each member: a) NAB= N b) NAC= N c) NBD= N d) NBC= N e) NCD= N f) NAWeek 8, Question 1: For the truss shown in the following figure, the temperature of member BC is raised by 70 °C, and member BD is raised by 10 °C. EA=300000 N for all members and a=1/75000 1/°C. U

Part 1. Calculate the displacements at the joints: a) Ax= mm b) Ay= mm c) Bx= mm d) By= mm e) Cx= mm Part 2. Calculate the force in each member: a) NAB= N b) NAC= N c) NBD= N d) NBC= N e) NCD= N f) NAWeek 8, Question 1: For the truss shown in the following figure, the temperature of member BC is raised by 70 °C, and member BD is raised by 10 °C. EA=300000 N for all members and a=1/75000 1/°C. U The following information is given about an eight story building (picture)Problem #1 Given: The following information is given about an eight-story classroom building at Cal State Fullerton: • Building Material – Structural steel • Lateral Force Resisting System – Speci the following information is given about a six story building with a flat roofProblem #2 Given The following information is given for a six-story office building with a flat roof (shown below): Building Material -Structural steel Lateral Force Resisting System -Special moment-r ASAP URGENT ANSWER Q4Problem 3: An urban watershed has a paved main ditch as shown. Paths from remote points to the ditch are also indicated. The details of the subareas are given below. Determine the peak flow at the out (a) State the number of significant figures in the following numbers: (i) (i) 701 7.01 x 1010 Determine (a) the principal stresses and (b) the maximum in-place shear stress and average 1. normal stress at the point, using the Mohr’s circle. Specify the orientation of the element in each case. decelerated to the left at 6.5 m/s?. Determine the volume of spilled. 4. A bucket 0.30 mo and 0.60 m high, a.) At what speed in rpm must the bucket be rotated for he = 0.15 m if the bucket was origina For the plot of effective overburden pressure, po’, and preconsolidation pressure, pc’ , shown in Figure Q3(b), evaluate the degree of consolidation of the marine clay layer under the existing groBI 2 Pressure, p.’ and pe (kN/m?) O BHI APPROXIMATE GROUND LEVEL TENCIedom Starit Sandy Suit clay with Hardcore FILL LOOSE SAND WITH HARDCORE SOFT TO FIRM 1-N value MARINE CLAY Design Information Shee Figure Q2 shows part of a concrete floor supported by columns. The building is braced in two orthogonal directions. The clear storey height is 4 m and the effective length factor is 0.85. The interior Figure Q2 shows part of a concrete floor supported by columns. The building is braced in two orthogonal directions. The clear storey height is 4 m and the effective length factor is 0.85. The interior Find Find ЗЕІ BEI 1.5L a) 1.3825 b) 1.6875 c) 2.5313 d) 5.0626 A population of 8000/capita wastewater flow of 650 litre/day and BOD5 of 120 g/day is treated by a completely mixed activated sludge system. The aeration tank is rectangular and contains an average of Week 8, Question 2: Member AC of the following truss is subjected to a temperature change of 80 °C. Calculate the displacements of node A and the forces in each member using the stiffness method. Ta Solve by using a MATLAB codeP = 10 ki = 1 u =u3 = = 0 Rigid bar 4. Determine the maximum deflection of the simply supported beam below. The modulus of elasticity is 1,500 ksi and the cross section has a width b=3 in. and height h=6in. 100 LB/FT KRIT 3. Determine the minimum dimension to the nearest of the beam’s cross section to safely support the load. The allowable normal stress is 10MPa and the allowable shear stress is 1MPa. GEN GKN Im Imst Question No: 2 (8 Marks = 4.5 2.5 for checks and 1.0 for cross-section sketch

There is a coil wound n times in a rectangle of [m] x b [m], and the current of I [A] Flow. When this coil is placed in the space where uniform magnetic flux density B [T] exists as shown in the figur

There is a coil wound n times in a rectangle of [m] x b [m], and the current of I [A] Flow. When this coil is placed in the space where uniform magnetic flux density B [T] exists as shown in the figur Question: 1. Poles and zeros; Inverse Z-transform] For each of the follow1. Poles and zeros; Inverse Z-transform] For each of the following z-transforms: Sketch the pole-zero plot 0) and sketch the region of convergence. Assume the sequences are causal (zero for Compute th A three inputs NOR gate is implemented using CMOS dynamic gate and fabricated using a 0.25 um technology in which VDD 2.5 V, HnCox 160 HUA/V, W/L= 1.2/0.25 (um/um) for all NMOS transistors, H,Cox tran The initial voltage on the 0.5 μF capacitor shown in the figure (Figure 1) is −20V. The capacitor current has the waveform shown in the figure (Figure 2). a) How much energy is stored in the capaci The current in a 150 μH inductor is known to be iL=25te^(−500t) * A for t ≥ 0, where t is in seconds. Assume the passive sign convention b) Find the power at the terminals of the inductor when t explain what will happen to the brightness of the light bulb in the figure below if the switch in this circuit is suddenly closed. a) Find the equivalent capacitance with respect to the terminals a, b for the circuit shown in (Figure 1). Suppose that C1 = 25 nF . Express your answer to three significant figures and include the ap Assume that the initial energy stored in the inductors of both figures is zero. Suppose that L1 = 13 mH and L2 = 17 μH . a) Find the equivalent inductance of (Figure 1) with respect to the terminals find IO in the network shown using source transformation. In the circuit the voltage and current expressions are v=54e^(−500t) * V, t ≥ 0; i=6.3e(−500t) mA, t ≥ 0^ a) Find R. Express your answer to three significant figures and include the appropria a) For the given circuit (Figure 1), assume the make-before-break switch has been up for a long time and moves down at t=0. Find the initial current through the inductor. Assume that Is = 91.0 mA , R1 In the circuit the switch has been closed for a long time before opening at t=0. (Figure 1) a) Find the value of L so that vo(t) equals 0.5vo(0 ) when t = 1.5 ms . Take R = 16 Ω . Express your answer9 kn 1 kn 30 mAt Part A Find the value of L so that vo(t) equals 0.5v0(0) 1.5 ms . Take R = 16 2. when t Express your answer with the appropriate units. ? Value Units L = Submit Request Answer Part calculate the effective resistance in (ohms) between the points A and B in the circuit given below. TUTORIAL CHAPTER… TUTORIAL CHAPTER 3 1. Draw the two points that exist electrostatic field. 2. determine formula for electrostatic field 3. calculate the force between proton and neutron if the dist use nodal analysis to find the node voltages in the circuit below. Thevenin Equivalent Last resistor is 6ohm Determine the RMS value of the i(t) = [ 10 14.14 cos(wt 45°) 5-sinwt 4 cos2wf mA current! Select one: A. 16.447 mA B. 21 mA C. 18,466 mA D. 8 mA E. 14.849 mA The current from the previous questio The clock rate of a counter is fo largest number by the instrument! 10 MHz, its relative error is ho 10 ppm. The capacity of the counter (the be represented) is Nmax 220. Calculate the smallest freque use nodal analysis to find the node voltages in the circuit below.2 January Thursday D19 Week-04 Day : 024 3A 23 OSA Evening 2 SS MTWTFS F SS MTWTF FSSMTWTFSSM TWT 1 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 9 1 23 4567 8 The impulse-response of a continuous time system is h(t) e(15e4-5e2. Determine the final value of the step-response! Select one: A. -0.5 B.-1.25 C. 0 D. 0.5 E. 1.25 Determine the transfer characterist Do show all the steps involved. Use standard terms and formulas as i am new to this topic. Also make sure writing is clear. ThanksDesign a ‘window detector using comparators with open-drain output to produce an output of 5 V when input is between 3 V and 8 V. Otherwise, the output should be o V. The transfer function of a discrete time system is H(z)= the response on the u[k] = 3.6(0.5)*8[k] excitation! e … Determine the excited component of 22 0.7z 0.12 Select one: A. 4(0.5)* B. 0.11(0.5) . de. your loont loor pe m Joon H lar 6.3pF 2230 . La 04 LOMA ve 27 f=200,3 MHz) Find Vin Di Zih ZL ( and average power dissapated by the load. By OSPFQuestion 1: You are required to find shortest path from all nodes to all other nodes using Dijkstra’s algorithm 5 6 2 11 3 14 15 10 7 2 use mesh analysis to find the voltage across the 1 ohm resistance in the figure belowJanuary Thursday 2019 Week-04. Da 10 11 3A 12 22 2 3 4 6 7 Evening 0 SSMT WTFS SMTWTFSSMTW TF S SMT WTF 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 3 4 567 S S F 2. Consider the causal LTI system with the input x() and output y(t), and the input- output relationship given by the block diagram shown in Figure 2. x(t) 15 8 Figure 2 for Questi 2. Determine the tr Consider the following sequential network Z2 x-DoDr S2 Q2 C2 C R2 CLK Choose which function does this circuit implement. Select one: A. Two bits synchronous counter width enable input B. Two bits asyn The system equation of a discrete time system is: y{k] 0.8y{k- 1] 0.3Ak-2] = 4u[k] – 2u(k- 1]. Determine the transfer characteristic of the system if it is possible! Select one: A.-2eJu 4@*jav 0.3 0 Consider the circuit below: Vcc RD Rg Votvout HH Vin Cs Rs -VccO Rg 5 kQ, Rp 3.5 kQ Vee 10 V, Cs The transfer characteristics of an N-channel enhancement-type MOSFET is VGS-V th Is= Ip Ioo where VA l 1. The P-SPICE circuit simulation program provides for modeling diodes in circuit simulations. The diode model is based on characterization of individual devices as described in a product data sheet a please allow details of the solution with the stepsPROBLEM A LOW PASS FILTER CIRCUIT CONSISTING OF A RESISTOR OF 4.7K Q IN SERIES WITH A CAPACITOR OF 47NF IS CONNECTED ACROSS A 10 v SINUSOIDAL SUPPLY CALCULATE THE OUTPUT VOLTAGE ( VOUT) AT A FREQUENCY Determine the RMS value of the i(t) = [10 14.14.cos(wt 45°) 5 sinwt 4.cos2wl] mA current! Select one: A. 16.447 mA B. 21 ma C. 18.466 mA D. 8 mA E. 14.849 mA Describe in a few sentences and using a formula how a cable is selected to ensure it can safely carry a fault current. With a diagram, explain the concept of power factor. List any two fundamental reasons why equipment and structures are grounded / earthed. Describe in at least two sentences how equipment grounding can reduce the shock hazards to personnel. List any two advantages and two disadvantages for solid earthing and resistance earthing systems VDD VsG SG3 1/2 -0 Vo = Vno – Vsa 4/2 1/24 u/2 1/2 (b) 21 ta/2 7/Pa_0 (c) ee It is required to design the active-loaded differential MOS amplifier of Fig. 9-32 (p.646, 7th Edition) to obtain a dif A cylindrical copper wire of radius 2 mm carries a DC (drift) current of 2 A. (a) Compute the drift velocity of the electrons. (b) How far will a “drift” elctron travel in one minute? QUESTION 3 Vee- 18 V Output Inpu Figure 17-4 REapens in Figure 17-4, VE- increases ost to zero decreases remains the same QUESTION 4 The input frecuency of a single-pole. low-pass active filter increa Figure 19-3 VIN= 70 Vp in Figure 19-3, the output voltage at fco equals 44.2 Vp 0VE QUESTION 48 R 5000 R-5000 20V R-1 k 50 V R-1 kQ Fiqure 16-1 af the source voltage is rmversed in Figure 16-1(c), V R Datasheet can be found online. It includes unity gain = 0.437MHz and slew rate = 0.3v/usProject 3 Due on July 8, 2019 Design an audio amplifier (the circuit of which is given below), using a single LM741A op-amp, with the following characteristics: gain =20 dB, input impedance Zijn = 10K Question7: a) For the network in Figure 7 below, determine the value of R for maximum power transfer to R. b) Determine the maximum power to R. c) Plot a curve of power to R versus R equal to 1,1.1.11 hello, this is my circuit please i need you please to explain every component in the cicuit and its function and why its has been used simply i want to write a thoery please if you can write itYou are given the opportunity to do an internship at a well-known integrated circuits company, electronics division. You are asked to design and analyse an analogue system using a CMOS available techn A dhaige 4. s distributed axs Ceteslan Systom hevilng ind he totel charge ovor he leng Ovarge density of m of pchm 3×2 10m tns. 1mC Pulse-width modulation is used to provide a 60-Hz voltage across a series RL load with R = 12 Ω and L = 20 mH. The dc supply voltage is 150 V. The amplitude of the 60-Hz voltage is to be 120 V. Use P A dhaige 4. s distributed axs Ceteslan Systom hevilng ind he totel charge ovor he leng Ovarge density of m of pchm 3×2 10m tns. 1mC 5.4-1 A system has impulse response given by An]= This system can be implemented according to Fig. P5.4-1. a. Determine the coefficients A, and A, to implement hJn] using the structure shown in Fig. P leasured Values Procedure #4 – Calculate and measure different parameters for a Wien Bridge oscillator in Multisim. 1. Download the file – Lab4 Wien Bridge Oscillator from Blackboard. Save 2. Initiall can you please put in chartTable 3 Measured Values Formula Calculated Values Parameter R3 Vin- non-inverting input Vin Upper Switching Point Vin. Lower Switching Point Phase V1 and Vout 984 mV 984 mV VR3= Vcc R2 R3 984mV 984 mV or the following system: (hint: Use Q-I) 6. Determine a Lyapunov function V(x) 1 (k) x2 (k) x1(k1)] 2 (k1) -1.21 1 0.5 0 7. Determine the stability of the origin of the following discrete-time system: (You can use two methods (none is Lyapunov): Jury test or find the eigenvalues with MATLAB) x (k1)1 x2 (k1) x3 (k1) x1 ( Draw a 8-PSK constellation laying on a circle with radius Eg. In this question, we will derive the performance of an 8-PSK receiver. Please answer each part separately, and respond to each question in Please help me, first angle should be -60.85 and the second -128.77. I don’t get the solutionEE 104 LABORATORY EXERCISE 5 NODAL ANALYSIS Instruments: a personal computer running Multisim circuit simulation software K

Question Choose an aspect of global media studies and communication that you would

Choose an aspect of global media studies and communication that you would like to investigate in more depth, and then choose a case study subject (for example, an organization, a product, an event, a policy) that you can use as illustration for, and in support of, your discussion. In discussing the aspect of global media studies and communication that you have chosen, adopt a critical perspective that takes into account core course concepts.Your paper should reflect the approach outlined in your research proposal, and shouldprovide a clear thesis about the central issues, concepts, and arguments in the readings.use source materials in substantive ways to challenge or support your ideas, or those of other writers; to establish patterns in various themes and claims that arise in your research; and to provide enough background information for clarity. Remember, paraphrases of original material are preferable to long passages of copy-and-pasted quotations, although carefully chosen passages may of course be quoted, as long as they are fully referenced.challenge or support your source material.apply issues and concepts from your sources relevant to your case study in such a way as to demonstrate your understanding of your research and of our course materials, and of their relevance to global communication on both international and local levels.First, provide an annotated bibliography Topic Statement: What will you research?Position and Thesis Statement: What argument will you present and support through your research? This may evolve in the process of your research and writing, but you should be familiar enough with your topic and research resources to be able to identify a central direction and plausible position on the topic.Case Study: What particular organization, product, event, policy, or other aspect of global communication will you present as illustration for, and in support of, your discussion? Annotated Bibliography: Provide a list of a minimum of eight scholarly or news sources that you plan to use as reference materials. For three to four of them, write a short paragraph of about 100 words describing the source, its relevance to your paper, and how you will use it. (For example: In a summary of literature? In support of a central argument? To explore contradictions in your main area of research?)

THE EXPERIENCE OF HISPANIC MEN LIVING WITH PARKINSON’S DISEASE: A QUALITATIVE INVESTIGATION

Correction of chapter 3, make the corrections.please, read chapter 1 and 2 to know the subject and apply the changes to chapter 3 correspondingly, also I am sending you the criteria file

Question Summarize and briefly critique references in APA style 200-300-word summary of each

Summarize and briefly critique references in APA style 200-300-word summary of each article. INCLUDE (where applicable): the purpose/hypothesis of the study, a statement about the participants and methods utilized in the study, results and implications for future research, and the methodological limitations/critique of the study.*Critique of each reference refers to: how could the study be improved, criticism of the author(s) assertions, and/or ideas for future studies, etc

Question Please follow the reqirement document and the format of the paper should

Please follow the reqirement document and the format of the paper should be Oxford

The post Problem 5.0 (20 Points) Explain the following terms with examples a) What is an LED? b) What is pushbutton? c) How do you set mode for pins? d) What is the function of Digital Read and Digital Write appeared first on Smashing Essays.

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