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I have homework in foundaition Engineering, Civil Engineering.I need it with word

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I have homework in foundaition Engineering, Civil Engineering.I need it with word app not handwriting please

Team Leadership/Management StylePart 1: According to the Sarin and O’Connor (2009) article,

Team Leadership/Management StylePart 1: According to the Sarin and O’Connor (2009) article, certain style and goal structures of team leaders have a strong influence on internal team dynamics. Based on your research within the article and textbook, as well as your own experience, what team leader management style would be most effective in leading a team in which you were a member?Part 2: DeRue, Barnes, and Morgeson (2010) found that team leadership style effectiveness depended on the level of charisma exhibited by the leader. Drawing from the article and the textbook, have you ever worked for a charismatic leader? What style (coaching or directing) did that leader administer? Was he or she effective in leading you as part of the team?Note: Please follow APA format throughout, and also list out all references in the last. Thank you!!

please add references and citations and some extra points question and answer

please add references and citations and some extra points question and answer in docs

Discuss the error tat would result from applying the energy

Question Discuss the error tat would result from applying the energy equation across the jump assuming no energy loss (i.e. using the Bernoulli Equation. Illustrate by calculating the downstream depth

Hi, I need help with this question about boundary conditions

Question Hi, I need help with this question about boundary conditions and electric fields. Thanks! src=”/qa/attachment/8347587/” alt=”Screen Shot 2019-07-11 at 12.07.41 PM.jpg” /> ATTACHMENT PREVIEW Download attachment Screen Shot 2019-07-11 at 12.07.41 PM.jpg 1 Question Consider a thin flat rectangular region that of size 4 x 2 m and it is electrically insulated at its four corners. (A) Solve Laplace’s equation V2 V(x,y) = 0 in the rectangular region 0

disaster and comprehensive recovery test may involve many of an organization’s key personnel for several days: is this a reasonable burden to place on a busy, competitive company? How would you argue against the inevitable tendency to shortcut

A simulated disaster and comprehensive recovery test may involve many of an organization’s key personnel for several days: is this a reasonable burden to place on a busy, competitive company? How would you argue against the inevitable tendency to shortcut the procedure? I recommend your initial posting to be between 200-to-300 words. posts must contain a properly formatted in-text citation and scholarly reference.

Reflection/Critical Evaluation of Your Learning OutcomesWrite a critical evaluation of learning outcomes

Reflection/Critical Evaluation of Your Learning OutcomesWrite a critical evaluation of learning outcomes from team management course. In your response, consider:1. The content of this class as they relate to Team Management and managerial decision making.2. Base on the course content, discuss new skills you acquired from this class? How relevant are the new skills to your current and/or future profession?3. How would you apply your new knowledge?Note: Follow APA format throughout, also list references. Please refer to materials attached.

Hello thıs ıs my materıals assıgment ı chose task number 6ı need

Hello thıs ıs my materıals assıgment ı chose task number 6ı need good qualıty and 0% plagıarısm just read the atteached fıle and you wıll anderstınd ıt all .

Hello thıs ıs my materıals assıgment ı chose task number 6ı need

Hello thıs ıs my materıals assıgment ı chose task number 6ı need good qualıty and 0% plagıarısm just read the atteached fıle and you wıll anderstınd ıt all .

Please help write just function, this is what is given

Question Please help write just function, this is what is given to us function lab9%% Make sure you download all the test files s1.wav -> s8.wavnFiles = 6;for i = 1:nFiles  fileName = [‘s’ num2str(i)];  [s, fs] = wavread(fileName);  num = round(32768 * s(end-12:end));  indx = find(num);  num = num(indx(1):end);  str = char(48 num);     out = dtmfdecode(s, fs);  fprintf(1, ‘%s: ‘, fileName)  if (~isempty(out))    if (strcmp(out(:), str(:)))      fprintf(1, ‘%s is O.K.n’, out);    else      fprintf(1, ‘Got %s instead of %sn’, out, str);    end  else    disp(‘Empty’);  endendreturn           Attachment 1 Attachment 2 ATTACHMENT PREVIEW Download attachment Screen Shot 2019-08-06 at 5.18.23 PM.png The sole assignment is to write a Matlab function dtmfaecode that decodes DTMF tones and produces a transcript of the number that it encodes. function str = dtmfaecode (s, fs) DTMFDECODE Decode DTMF tones do str = decodedtmfa, fs) Accepts a array, s, which corresponds to the DTMF tones do do sampled at fs. Produces a string transcript that decodes the tones. In this project, you will be given a . wav file created from tones keyed in by a phone. Here’s what you know about these phone tones: There are between 1 and 10 tones in the file. The tones have a minimum length of 100 msecs . The tones are separated from each other by a minimum of 50 msecs of silence. The signal-to-noise ratio will be at least 20 dB. That is, the energy of a section of the file which corresponds to a tone will be at least 10 time greater than a section of the file that corresponds to silence. The amplitude of the data has been normalized to 1. There can be a variable amount of ‘lead-in’ silence at the beginning of the file and ‘lead- out’ silence at the end. The amount could be zero. Here’s a sample wav file corresponding to the sequence of all the keys: ‘123456789*0#’. If you input this into your dumfdecode function, this is what you should get: ATTACHMENT PREVIEW Download attachment Screen Shot 2019-08-06 at 5.18.44 PM.png

In a DC-AC inverter, how do we obtain an AC

Question In a DC-AC inverter, how do we obtain an AC output with an arbitrary shape?

Electro-Pneumatic Control Problem – I have drawn the pneumatic circuit

Question Electro-Pneumatic Control Problem – I have drawn the pneumatic circuit and a electric circuit. But the circuit that I have, I believe will not fire continuously. The task clarification is: The pushbutton is pressed once, then the cannon will fire and reload as instructed continuously, it will stop firing once the pushbutton is pressed again. With the electric circuit we currently have with the N/O without latch pushbutton, it isn’t going to fire continuously or stop when the button is pressed again. Attachment 1 Attachment 2 ATTACHMENT PREVIEW Download attachment Circuit.png 240 PBITWO LS’ -No KZ DI KZ ( 35 ) ( delay – off relay) CBI OV 1. PBI is short circuited 2 . KI energised – KI short circuited 3 . YI extends –

Hi, I am working on statics questions and not sure

Question Hi, I am working on statics questions and not sure what to do for this question. Can you please explain algebraically and graphically if you can. Thanks ATTACHMENT PREVIEW Download attachment IMG_8430.jpg 1/2 Determine the magnitude of the vector sum V = V1 V2 and the angle 0, which V makes with the positive x-axis. Complete both graphical and alge- braic solutions. V2 = 21 units V1 = 27 units 4 30 2 -x Problem 1/2

Please solve prob 2. ATTACHMENT PREVIEW Download attachment HW8 prob

Question Please solve prob 2. ATTACHMENT PREVIEW Download attachment HW8 prob 2 ET 3200 SU 2019.JPG

Please solve problem 3 ATTACHMENT PREVIEW Download attachment HW8 prob

Question Please solve problem 3 ATTACHMENT PREVIEW Download attachment HW8 prob 3 ET 3200 SU 2019.JPG

The compressor of the vapor-compression refrigerator takes in 0.2kg/s of

Question The compressor of the vapor-compression refrigerator takes in 0.2kg/s of R134a as a saturated vapor at 100kPa. See picture for rest of problem. ATTACHMENT PREVIEW Download attachment HW8 prob 6a su 2019.JPG

How much current is drawn from a car battery in

Question How much current is drawn from a car battery in a typical car when starting? If you have a jumper cable, take a loot at that. How long is that and how thick is that? Why do we need such thicker wires here? What could be the resistance of such a wire? 

This question was created from Final-Exam-2014-Fall-Dennison-FINAL-FINAL.pdf https://www.coursehero.com/file/37071716/Final-Exam-2014-Fall-Dennison-FINAL-FINALpdf/ Please also answer

Question This question was created from Final-Exam-2014-Fall-Dennison-FINAL-FINAL.pdf https://www..com/file/37071716/Final-Exam-2014-Fall-Dennison-FINAL-FINALpdf/ Please also answer Question(b) if possible : b) (15 marks) Determine an expression for the gain for the circuit (Vout/Vin) for the case of input voltage Vin(t) = Vin sin(2πft), where Vin is voltage amplitude and t is time, for the case that input voltage frequency, f, is very small compared to the corner frequency of the opamp amplifier. Use your expression to determine the output voltage amplitude Vout for an input voltage described by Vin(t) = 10sin(50πt) mV. ATTACHMENT PREVIEW Download attachment 37071716-334034.jpeg Student name: Student #: PROBLEM 2 (20 MARKS): FILTERS AND OP-AMPS A signal conditioner consists of a filter followed by an op-amp circuit The filter and op-amp circuit is shown below. 15 KO 1 40 Vaut Vin 0.1 /F MAMA 1 K12 – 20 ku a) (5 marlo) Determine the DC gain (V.. /V.) for the circuit. (Hint: DC gain would be the gain for V.. that is constant in time, or stated another way has a frequency of 0 Hz). Abo, estimate the corner frequency of the op-amp amplifier portion of the circuit assuming that the op-amp has a gain bandwidth product ] MHz. ANSWER: DC gain ANSWER JC [H=]

This question was created from Final-Exam-2014-Fall-Dennison-FINAL-FINAL.pdf https://www.coursehero.com/file/37071716/Final-Exam-2014-Fall-Dennison-FINAL-FINALpdf/ Pls also answer

Question This question was created from Final-Exam-2014-Fall-Dennison-FINAL-FINAL.pdf https://www..com/file/37071716/Final-Exam-2014-Fall-Dennison-FINAL-FINALpdf/ Pls also answer part(b) and (c) if possible. I really appreciate it! part(b) Determine the ideal gain for the Instrumentation Amplifier that would give the minimum ADC quantization error. Then, determine the closest gain you can achieve with the Instrumentation Amplifier and the specified resistances shown. Input resistance, RAmp = 100 kΩ Instrumentation amplifier resistances: R1 = R2 = 1 kΩ RG = 1 kΩ R3 is tunable from 0 to 2 kΩ Part(c) Determine the Quantization Error in units of psi (based on Full scale 0 to 100 psi input pressure) for the Sensor System. If you weren’t able to solve part b) above, use a Gain for the Instrumentation Amplifier of 4.0. ATTACHMENT PREVIEW Download attachment 37071716-334035.jpeg PROBLEM 3 (30 MARKS): LOADING, AMPLIFIERS

This question was created from Final-Exam-2014-Fall-Dennison-FINAL-FINAL.pdf https://www.coursehero.com/file/37071716/Final-Exam-2014-Fall-Dennison-FINAL-FINALpdf/ It’s 6 questions,

Question This question was created from Final-Exam-2014-Fall-Dennison-FINAL-FINAL.pdf https://www..com/file/37071716/Final-Exam-2014-Fall-Dennison-FINAL-FINALpdf/ It’s 6 questions, abcdef. Just answer what you can and leave the rest. ATTACHMENT PREVIEW Download attachment 37071716-334037.jpeg SHORT ANSWER (20 MARKS): a (4 marks) Write the equation that we use in MecE 300 to combine the total random and total systematic errors (uncertainties) to give total error (uncertainty) and state what each variable is. Assume the errors/uncertainties are random (not correlated). b. (3 marks) Will increasing the total period over which we sample data increase or decrease our uncertainty on frequency reconstruction? (INCREASE or DECREASE). State the equation for frequency uncertainty that you base your answer on. c. (4 marlo) If we use weighted least squares to estimate a slope and intercept of the calibration data below, which data point would have the greatest weight in the calculated slope, and which would have the least (circle them). State the equation used to calculate the weighting factor. Y T X d. (4 marles) Draw the response of a second order over-damped sensor, and a second order under-damped sensor, for the step-input shown below. Label which response is over-damped and which is under-damped. Y Step input time e. (2 marks) What is the main difference between passive and active filters? f. (3 marks) What are the three main steps in analog to digital conversion that were presented in MecE 300?

Design an electronic thermometer in MultiSIM with the following specifications

Question Design an electronic thermometer in MultiSIM with the following specifications and constrains:1.   The thermometer will have two simultaneous outputs: Degrees Fahrenheit and Degrees Celsius.2.   A DMM will be connected to each output to produce a readout, with the output variable in volts. 3.   Independently of the chosen variable, the decimal point in the readout must correspond to the decimal point in the temperature. For example a readout of 33.4 at the output for degrees F, should indicate 33.4 °F. Same approach for degrees C.4.   The electronic thermometer must have a range of -100 °F to 100 °F and -100 °C to  100 °C5.   The sensor will be the LM34 Temperature-to-Voltage transducer manufactured by National Semiconductor.6.   The Operational Amplifier that is available is the µA 741.7.   As many Op Amps as it needs can be used. 8.   as many passive components as needed can be used, but only has access to 5% tolerance resistors. Using the table below, if calculations indicate a resistor of 2,345 Ω, a 2,200Ω or a 2,400Ω resistor will then be chosen.   1.   The only voltage sources available for this are fixed sources of -15V and  15 V.2.   The conversion factors between temperature systems are as follows:°F = (°C x 1.8) 32 °C = (°F – 32) / 1.8 ATTACHMENT PREVIEW Download attachment table.PNG

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