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I Got An Assignment In OOP. It Is About Creating Two Classes Date And

/in /by

I got an assignment in OOP. it is about creating two classes Date and GroceryItem, well I have created the classes and declare their respective attributes. Date class is also a subclass of the class GroceryItem. I have created and instantiated the array for the GroceryItem class. Now I am asked to do this: 6) In the driver class, add a method cheapestItems() that returns an array of GroceryItems sorted with unitCost starting with the least. 7) Call cheapestItems() in the main() by passing an array created in v). this is where I am stuck

1.Prompt The User For Each Of The Required Values (A Thru E) And Present

1.Prompt the user for each of the required values (A thru E) and present the formula along with the answer. Have the program loop to repeat the 3 times- collecting new numbers and performing the calculation again using the new numbers. ((A B)/C)*((D-A) E) ********both questions must be written in assembly x86 32-bit registered masm irvine32.lib***** 2. Display Floating-Point Binary Create a procedure to print the value as described in the textbook. (what you need from the textbook : “write a procedure that receives a single precision floating point binary value and displays it in the following format: sign:display or -; significand : binary floating-point , prefixed by “1”; exponent: display in decimal, unbiased, preceeded by the letter E and the exponent’s sign”) The procedure could be named printRealValue and it will print the top value on the FPU stack and make sure it is removed once printed. Prompt the user for the number until the user enters 0. Once the zero is entered, then also display the following values using your printRealValue procedure: a) Negative zero (-0) b) Positive zero ( 0) c) Positive infinity d) Negative infinity e) QNaN – the quiet non-signalling NAN f) SNaN – the signalling NAN. You can load these values into predefined variables using the binary patterns for each variable. .data NegZero LABEL REAL4 X DWORD 100000000000000000000000000000 .code FLD NegZero

A.1 Program Structure A) Subroutine EvalColebrookFromFriction Should Evaluate The Re-arranged Colebrook Equation (1)

A.1 Program structure a) Subroutine evalColebrookFromFriction should evaluate the re-arranged Colebrook equation (1) for a given value of the friction factor (received as one of the subroutine arguments). This subroutine should be placed in MODULE moodyMod and CALLed by your nonlinear solver code. The constants g = 9.80665 m/s2 and  = 3.14159 should be stored in MODULE moodyMod. Make sure to use the precision specified above for these constants. (b) Generalize your solver to support bisection and regula falsi iterations. Use a character dummy argument named algo (with values restricted to “BS” and “RF”) to select the scheme. (c) Replace the absolute error convergence test on the bracket width with a “mixed” convergence test that combines an absolute tolerance ATOL and a relative tolerance RTOL, as follows: |𝑥𝐴 − 𝑥𝐵| < ATOL RTOL× max(|𝑥𝐴|, |𝑥𝐵|) (4) Note: This is a very robust and efficient general-purpose convergence test: small values of x are effectively controlled by ATOL, whereas large values of x are controlled by RTOL. (d) The main program should read all pipe and fluid parameters, as well as numerical algorithm choice, tolerances and iterations limits, from an input file (see below). The main program should then call the nonlinear solver to solve the Colebrook eqn with respect to the friction factor , and then use the Darcy-Weisbach equation to calculate the corresponding headloss hf. (e) The code should work for any valid values of pipe and fluid parameters, and any valid numerical settings (algorithm choice, tolerances, etc). (f) The code should return error messages for cases where invalid parameter values are supplied, and for cases where the requested tolerances could not be met in the allotted number of iterations. A.2 Program inputs (see MyUni for the file layout to be used – do not change it!) All inputs should be read from a file “moody[inputs].txt”, with layout exactly as given on MyUni. No inputs should be expected from the screen or keyboard. A.3 Program outputs (see MyUni for the file layouts and ensure correct content on each line) (a) “results” file “moody[results].txt”. See two examples on MyUni – one for a successful algorithm completion (ALGORITHM_OK) and one with the required error message (ALGORITHM_FAILED) in case of failure for whatever reason. Note that, irrespective of success or failure, the results file generated by the code should be named “moody[results].txt”. (b) “diagnostics” file “moody[diagnostics].txt” containing th

Location: Public Class Location{ Protected Int Row; // Row Of Location Protected Int Col;

Location: public class Location{    protected int row; // row of Location    protected int col; // column of Location    protected int gold; // amount of gold in this location    protected boolean wall; // true of this Location is a wall    protected boolean start; // starting location in world    public Location(int row, int col){ // makes a wall        this.row = row;        this.col = col;        this.wall = true;        this.gold = 0;        this.start = false;    }    public Location(int row, int col, int gold){// not a wall        this.row = row;        this.col = col;        this.wall = false;        this.gold = gold;        this.start = false;    }    public Location setStart(){ this.start = true; this.wall = false; this.gold = 0; return this;} public Location setWall(){ this.wall = true; this.gold = 0; this.start = false; return this;}    public int getRow(){ return this.row; }    public int getCol(){ return this.col; }    public boolean isWall(){ return this.wall; }    public int getGold(){ return this.gold; }    public boolean isStart(){ return this.start; } /** Clear all settable state of this Location; set everythibg to ‘zero’ */ public void clear(){        this.gold = 0;    } } World: public class World{     protected MyLocation[][] locations;     protected int rows;     protected int cols;     protected MyLocation start;     public World(int rows, int cols){         this.locations = new MyLocation[rows][cols];         this.rows = rows;         this.cols = cols;     }     public MyLocation getLocation(int row, int col){         return this.locations[row][col];     }     public World setStart(int row, int column){         locations[row][column].setStart();         start = locations[row][column]; // missing line!         return this;     } /** Clear all locations in the world; setting all settable state to ‘zero’ */ public void clearWorld(){         for(int row=0; row             for(int col=0; col                 getLocation(row,col).clear();             }         }     }     public static final String WALL = “#”; // “u2588″;     public static final String EMPTY = ” “; // public static final String GOLD = “g”; // gold     public static final String START = “s”; // start     @Override     public String toString(){         String world = ” “;         for(int c=0; c             world = “-“;         }         world = ” n”;         for(int r=0; r             world = “|”;             for(int c=0; c                 MyLocation room = getLocation(r,c);                 if( room.isWall() ) world = WALL;                 else if( room.isStart()) world = START;                 else if( room.getGold() > 0 ) world = GOLD;                 else world = EMPTY;                 //  world = getMyLocation(r,c).isWall() ? WALL : (getMyLocation(r,c).getGold() > 0 ? GOLD : EMPTY);             }             world = “|n”;         }         world = ” “;         for(int c=0; c             world = “-“;         }         world = ” “;         return world;     } } Gold: public class Gold{ /* a count of all the gold reachable from the start location in the given world */ public static int findGold(World world){return -1;} /* the computed perimieter of the reachable world from the start location in the given world */ public static int computePerimeter(World world){ return -1;} }

1. Explain The Concepts And Give An Answer For The Following Code

1. Explain the concepts and give an answer for the following code

VideoDev Ltd Is A Video And Production Development Company Which Works For Clients Across

VideoDev Ltd is a video and production development company which works for clients across Australia and New Zealand. The company is considering moving some of its computer infrastructure into the Cloud. The VideoDev Board is contemplating this move as a way to increase the company’s flexibility and responsiveness, as well as to achieve some savings on the cost of maintaining their ICT infrastructure. VideoDev has engaged you as a consultant to advise them on the use of Cloud Computing in their daily operations. They have some 100 video production, engineering and support staff that work on different projects for clients in Australia and New Zealand. They have been advised that a move to using a Cloud based infrastructure would be an advantage to them. VideoDev have a number of application servers in their Sydney and Melbourne datacentres that provide video processing capabilities for their staff. These servers are quite heavily customised and run reasonably heavy workloads while doing video processing. There is often a considerable queue of jobs waiting to be processed, which causes backlogs in getting jobs completed on time. The Board hopes that a move to a cloud based operation may help to relieve these backlogs. Another of VideoDev’s initial projects is to provide all their staff with a Standard Desktop Operating Environment (SDOE) on their desktop. This would include providing a standard desktop to any device that their staff may be using, as well as access to office automation, such as email, word processing, spreadsheet capabilities, as well as online storage for their files. The Board want the SDOE to be available on any device that their staff use, whether they are in the office, at home, or deployed at a customer’s office in the field. VideoDev is considering the use of either Amazon WorkSpaces (https://aws.amazon.com/workspaces/) or Windows Virtual Desktop (https://azure.microsoft.com/en-au/services/virtual-desktop/) as a replacement for their existing desktop environment. Your task is to: Prepare a PowerPoint briefing for the VideoDev board. Your briefing should: Explain the Cloud Computing to the Board: What are the main cloud computing concepts that the Board should understand before committing to move to the Cloud? (10 marks) and, Why you think that a move to the Cloud could be good for VideoDev (10 marks); Explain how you think that VideoDev could move their video processing to the cloud. You will need to discuss: Explain the differences between the service models IaaS and PaaS (10 marks) What type of service model you would recommend? (10 marks) What are the advantages of, and the issues with, the service model that you recommended for VideoDev’s video processing? (10 marks) What other types of architectural patterns could be used in this deployment? (20 marks) How that move would assist in removing backlogs? (10 marks) Which would provide the best SDOE for VideoDev – Amazon WorkSpaces or Windows Virtual Desktop? Briefly discuss the advantages and disadvantages of each possible SDOE (10 marks) Briefly discuss how the SDOE could be delivered to a staff members laptop (10 marks).

Please Help Me With This Python Code As Soon As Possible Thank You Here

please help me with this python code as soon as possible thank you here is the demographic.txt file Country Name,Country Code,Birth rate,Internet users,Income Group Aruba,ABW,10.244,78.9,High income Afghanistan,AFG,35.253,5.9,Low income Angola,AGO,45.985,19.1,Upper middle income Albania,ALB,12.877,57.2,Upper middle income United Arab Emirates,ARE,11.044,88,High income Argentina,ARG,17.716,59.9,High income Armenia,ARM,13.308,41.9,Lower middle income Antigua and Barbuda,ATG,16.447,63.4,High income Australia,AUS,13.2,83,High income Austria,AUT,9.4,80.6188,High income Azerbaijan,AZE,18.3,58.7,Upper middle income Burundi,BDI,44.151,1.3,Low income Belgium,BEL,11.2,82.1702,High income Benin,BEN,36.44,4.9,Low income Burkina Faso,BFA,40.551,9.1,Low income Bangladesh,BGD,20.142,6.63,Lower middle income Bulgaria,BGR,9.2,53.0615,Upper middle income Bahrain,BHR,15.04,90.0000397,High income Bahamas The,BHS,15.339,72,High income Bosnia and Herzegovina,BIH,9.062,57.79,Upper middle income Belarus,BLR,12.5,54.17,Upper middle income Belize,BLZ,23.092,33.6,Upper middle income Bermuda,BMU,10.4,95.3,High income Bolivia,BOL,24.236,36.94,Lower middle income Brazil,BRA,14.931,51.04,Upper middle income Barbados,BRB,12.188,73,High income Brunei Darussalam,BRN,16.405,64.5,High income Bhutan,BTN,18.134,29.9,Lower middle income Botswana,BWA,25.267,15,Upper middle income Central African Republic,CAF,34.076,3.5,Low income Canada,CAN,10.9,85.8,High income Switzerland,CHE,10.2,86.34,High income Chile,CHL,13.385,66.5,High income China,CHN,12.1,45.8,Upper middle income Cote d’Ivoire,CIV,37.32,8.4,Lower middle income Cameroon,CMR,37.236,6.4,Lower middle income Congo Rep,COG,37.011,6.6,Lower middle income Colombia,COL,16.076,51.7,Upper middle income Comoros,COM,34.326,6.5,Low income Cabo Verde,CPV,21.625,37.5,Lower middle income Costa Rica,CRI,15.022,45.96,Upper middle income Cuba,CUB,10.4,27.93,Upper middle income Cayman Islands,CYM,12.5,74.1,High income Cyprus,CYP,11.436,65.4548,High income Czech Republic,CZE,10.2,74.1104,High income Germany,DEU,8.5,84.17,High income Djibouti,DJI,25.486,9.5,Lower middle income Denmark,DNK,10,94.6297,High income Dominican Republic,DOM,21.198,45.9,Upper middle income Algeria,DZA,24.738,16.5,Upper middle income Ecuador,ECU,21.07,40.35368423,Upper middle income Egypt Arab Rep,EGY,28.032,29.4,Lower middle income Eritrea,ERI,34.8,0.9,Low income Spain,ESP,9.1,71.635,High income Estonia,EST,10.3,79.4,High income Ethiopia,ETH,32.925,1.9,Low income Finland,FIN,10.7,91.5144,High income Fiji,FJI,20.463,37.1,Upper middle income France,FRA,12.3,81.9198,High income Micronesia Fed. Sts,FSM,23.511,27.8,Lower middle income Gabon,GAB,30.555,9.2,Upper middle income United Kingdom,GBR,12.2,89.8441,High income Georgia,GEO,13.332,43.3,Lower middle income Ghana,GHA,33.131,12.3,Lower middle income Guinea,GIN,37.337,1.6,Low income Gambia The,GMB,42.525,14,Low income Guinea-Bissau,GNB,37.503,3.1,Low income Equatorial Guinea,GNQ,35.362,16.4,High income Greece,GRC,8.5,59.8663,High income Grenada,GRD,19.334,35,Upper middle income Greenland,GRL,14.5,65.8,High income Guatemala,GTM,27.465,19.7,Lower middle income Guam,GUM,17.389,65.4,High income Guyana,GUY,18.885,35,Lower middle income Hong Kong SAR China,HKG,7.9,74.2,High income Honduras,HND,21.593,17.8,Lower middle income Croatia,HRV,9.4,66.7476,High income Haiti,HTI,25.345,10.6,Low income Hungary,HUN,9.2,72.6439,High income Indonesia,IDN,20.297,14.94,Lower middle income India,IND,20.291,15.1,Lower middle income Ireland,IRL,15,78.2477,High income Iran Islamic Rep,IRN,17.9,29.95,Upper middle income Iraq,IRQ,31.093,9.2,Upper middle income Iceland,ISL,13.4,96.5468,High income Israel,ISR,21.3,70.8,High income Italy,ITA,8.5,58.4593,High income Jamaica,JAM,13.54,37.1,Upper middle income Jordan,JOR,27.046,41,Upper middle income Japan,JPN,4.0,39.71,High income japan,JPN,4.2,50.00,High income Kazakhstan,KAZ,22.73,54,Upper middle income Kenya,KEN,35.194,39,Lower middle income Kyrgyz Republic,KGZ,27.2,23,Lower middle income Cambodia,KHM,24.462,6.8,Low income Kiribati,KIR,29.044,11.5,Lower middle income Korea Rep,KOR,8.6,84.77,High income Kuwait,KWT,20.575,75.46,High income Lao PDR,LAO,27.051,12.5,Lower middle income Lebanon,LBN,13.426,70.5,Upper middle income Liberia,LBR,35.521,3.2,Low income Libya,LBY,21.425,16.5,Upper middle income St. Lucia,LCA,15.43,46.2,Upper middle income Liechtenstein,LIE,9.2,93.8,High income Sri Lanka,LKA,17.863,21.9,Lower middle income Lesotho,LSO,28.738,5,Lower middle income Lithuania,LTU,10.1,68.4529,High income Luxembourg,LUX,11.3,93.7765,High income Latvia,LVA,10.2,75.2344,High income Macao SAR China,MAC,11.256,65.8,High income Morocco,MAR,21.023,56,Lower middle income Moldova,MDA,12.141,45,Lower middle income Madagascar,MDG,34.686,3,Low income Maldives,MDV,21.447,44.1,Upper middle income Mexico,MEX,19.104,43.46,Upper middle income Macedonia FYR,MKD,11.222,65.24,Upper middle income Mali,MLI,44.138,3.5,Low income Malta,MLT,9.5,68.9138,High income Myanmar,MMR,18.119,1.6,Lower middle income Montenegro,MNE,11.616,60.31,Upper middle income Mongolia,MNG,24.275,20,Upper middle income Mozambique,MOZ,39.705,5.4,Low income Mauritania,MRT,33.801,6.2,Lower middle income Mauritius,MUS,10.9,39,Upper middle income Malawi,MWI,39.459,5.05,Low income Malaysia,MYS,16.805,66.97,Upper middle income Namibia,NAM,29.937,13.9,Upper middle income New Caledonia,NCL,17,66,High income Niger,NER,49.661,1.7,Low income Nigeria,NGA,40.045,38,Lower middle income Nicaragua,NIC,20.788,15.5,Lower middle income Netherlands,NLD,10.2,93.9564,High income Norway,NOR,11.6,95.0534,High income Nepal,NPL,20.923,13.3,Low income New Zealand,NZL,13.12,82.78,High income Oman,OMN,20.419,66.45,High income Pakistan,PAK,29.582,10.9,Lower middle income Panama,PAN,19.68,44.03,Upper middle income Peru,PER,20.198,39.2,Upper middle income Philippines,PHL,23.79,37,Lower middle income Papua New Guinea,PNG,28.899,6.5,Lower middle income Poland,POL,9.6,62.8492,High income Puerto Rico,PRI,10.8,73.9,High income Portugal,PRT,7.9,62.0956,High income Paraguay,PRY,21.588,36.9,Upper middle income French Polynesia,PYF,16.393,56.8,High income Qatar,QAT,11.94,85.3,High income Romania,ROU,8.8,49.7645,Upper middle income Russian Federation,RUS,13.2,67.97,High income Rwanda,RWA,32.689,9,Low income Saudi Arabia,SAU,20.576,60.5,High income Sudan,SDN,33.477,22.7,Lower middle income Senegal,SEN,38.533,13.1,Lower middle income Singapore,SGP,9.3,81,High income Solomon Islands,SLB,30.578,8,Lower middle income Sierra Leone,SLE,36.729,1.7,Low income El Salvador,SLV,17.476,23.1093,Lower middle income Somalia,SOM,43.891,1.5,Low income Serbia,SRB,9.2,51.5,Upper middle income South Sudan,SSD,37.126,14.1,Low income Sao Tome and Principe,STP,34.537,23,Lower middle income Suriname,SUR,18.455,37.4,Upper middle income Slovak Republic,SVK,10.1,77.8826,High income Slovenia,SVN,10.2,72.6756,High income Sweden,SWE,11.8,94.7836,High income Swaziland,SWZ,30.093,24.7,Lower middle income Seychelles,SYC,18.6,50.4,High income Syrian Arab Republic,SYR,24.043,26.2,Lower middle income Chad,TCD,45.745,2.3,Low income Togo,TGO,36.08,4.5,Low income Thailand,THA,11.041,28.94,Upper middle income Tajikistan,TJK,30.792,16,Lower middle income Turkmenistan,TKM,21.322,9.6,Upper middle income Timor-Leste,TLS,35.755,1.1,Lower middle income Tonga,TON,25.409,35,Upper middle income Trinidad and Tobago,TTO,14.59,63.8,High income Tunisia,TUN,19.8,43.8,Upper middle income Turkey,TUR,16.836,46.25,Upper middle income Tanzania,TZA,39.518,4.4,Low income Uganda,UGA,43.474,16.2,Low income Ukraine,UKR,11.1,41,Lower middle income Uruguay,URY,14.374,57.69,High income United States,USA,12.5,84.2,High income Uzbekistan,UZB,22.5,38.2,Lower middle income St. Vincent and the Grenadines,VCT,16.306,52,Upper middle income Venezuela RB,VEN,19.842,54.9,High income Virgin Islands (U.S.),VIR,10.7,45.3,High income Vietnam,VNM,15.537,43.9,Lower middle income Vanuatu,VUT,26.739,11.3,Lower middle income West Bank and Gaza,PSE,30.394,46.6,Lower middle income Samoa,WSM,26.172,15.3,Lower middle income Yemen Rep,YEM,32.947,20,Lower middle income South Africa,ZAF,20.85,46.5,Upper middle income Congo Dem. Rep,COD,42.394,2.2,Low income Zambia,ZMB,40.471,15.4,Lower middle income Zimbabwe,ZWE,35.715,18.5,Low income

Help Me With This Please. I Was Trying To Translate It But It Didn’t

Help me with this please. I was trying to translate it but it didn’t work. What’s more info you need??

Assume That You Want To Sort An Array Have 100000 Elements Which Algorithm (insert

assume that you want to sort an array have 100000 elements which algorithm (insert sort algorithm or quick sort algorithm) is the best option ? why?

Can You Help Me In Drawing Taxanomy? And Discuss The Variants Of Botne Can

can you help me in drawing taxanomy? and discuss the variants of botne can you please explain three potential threats? can you define two mitigation technique? can you define three networked application attacked by botnet? can you please help in drawing taxanomy of botnet and define 3 variants of botnet according to the scenario? can you please define botnet architecture? can you please explain variants of botnet? explain any three potential threats posed by botnet? mitigation techniques to tackle botnet attack please justify with reasons

Write A C Program According To The Following, You Can Only Use Iostream Library.

Write a C program according to the following, you can only use iostream library. Create your own main file to test your code.

Task 1 The Purpose Of This Practical Is To Examine More Complex Types Of

Task 1 The purpose of this practical is to examine more complex types of operator overloading in the context of two classes. 2.1.1 Ingredient The ingredient class consists of two files: ingredient.h and ingredient.cpp. The class has the following definition: ingredient -name:string -price:double -weight:int —————- ingredient(n:string,p:double,w:int) ~ingredient() friend operator<<(output:ostream

25.10. Exercises 1. Apply The Postfix Algorithm To The Expression 1 2 3

please help me with this python code thank you and appreciate it

On Visual Studio Code I Have Made A Grid With 2 Classes “grid” And

On visual studio code I have made a grid with 2 classes “grid” and “cell” where each cell highlights itself once the mouse cursor is on top of it. The code for that is below. However the code needs to be edited as such: Define a `Stage` class that can contain one `Grid` object and many `Actor` objects. There must be three separate actors, each a subclass of a `Actor` _interface_ and each must have its own `paint` method. The `paint` method must take a `Graphics` parameter and draw the actor on that graphic. Have the `paint` method specified in the `Actor` interface and have each subclass define it. Since `Actors`s are drawing themselves, they need to know where they are on the screen so each will have a `Cell` field (that is set in the constructor) indicating where on the grid they are. Have the program start with 1 grid and 3 actors: * Rabbit (drawn white) * Lion (drawn red) * Puppy (drawn green) Grid class: import java.awt.*; class Grid { //fields Cell[][] cells = new Cell[20][20]; // constructor public Grid(){ for(int i = 0; i < cells.length; i ){ for(int j = 0; j < cells[i].length; j ){ cells[i][j] = new Cell(10 35*i,10 35*j); } } } // methods public void paint(Graphics g, Point mousePos){ for(int i = 0; i < cells.length; i ){ for(int j = 0; j < cells[i].length; j ){ cells[i][j].paint(g, mousePos); } } } } Cell class: import java.awt.*; class Cell{ // fields int x; int y; static int size = 35; //constructors public Cell(int x, int y){ this.x = x; this.y = y; } //methods void paint(Graphics g, Point mousePos){ if(contains(mousePos)){ g.setColor(Color.GRAY); } else { g.setColor(Color.WHITE); } g.fillRect(x,y,size,size); g.setColor(Color.BLACK); g.drawRect(x,y,size,size); } boolean contains(Point p){ if (p != null){ return (x < p.x

A Malicious User Is Reviewing The Following Output: Root:~#ping 192.168.1.137 64 Bytes From 192.168.2.1

A malicious user is reviewing the following output: root:~#ping 192.168.1.137 64 bytes from 192.168.2.1 icmp_seq=1 ttl=63 time=1.58 ms 64 bytes from 192.168.2.1 icmp_seq=2 ttl=63 time=1.45 ms root: ~# Based on the above output, which of the following is the device between the malicious user and the target? A. Proxy B. Access point C. Switch D. Hub Thumbs up if explained.

“Security Challenges” Distributed Applications And Cloud Computing Have Become A Viable Option Within The

“Security Challenges” Distributed applications and cloud computing have become a viable option within the LAN-to-WAN Domain. Discuss the primary challenges related to maintaining the security of both applications and data in such an environment. Describe the controls that are needed to ensure the security of distributed applications and data. Identify the auditing approach that you believe is best suited to this arrangement. Provide a rationale for your response.

“Project Quality And Compliance” Please Respond To The Following: List Three Aspects Of Managing

“Project Quality and Compliance” Please respond to the following: List three aspects of managing project quality that should always be considered to achieve project success. Provide a rationale for your selection. Evaluate regulatory, procedural / policy, and security compliance. Choose one category and then describe the relationship that exists between adherence and successful project integration.

Explore History Of Database Systems And Discuss The Three Most Important Developments In Database

Explore history of database systems and discuss the three most important developments in database development history to date. 

Write A Program Using C That Uses Three Classes: Open Circuit, Short Circuit, And

Write a program using C that uses three classes: Open circuit, short circuit, and efficiency to complete a cumber of calculations. The program will prompt to input a number of values and the third class “efficiency” will need a function that is a friend of the other two classes to pull values from the other two classes to complete its calculation. The program should display the values of Piron, Pcopper and efficiency to the screen via cout if not all values calcvulated by the fuctions The program should prompt user to input all values for parameters. ex     cout <> voc >> endl;    cout “The open circuit cutrent is: “;    cin >> ioc >> endl;       cout << "The value of Piron is : " << Piron << endl;

Needing Help With Some Python Code And Short Proof. If You Can Only Do

Needing help with some python code and short proof. If you can only do the python code that is fine it is most important

DATA ANAYLSIS: (plotting With Python) In Python, Fit This To A Function Of Cos(n

DATA ANAYLSIS: (plotting with python) In python, fit this to a function of cos(n *phi) and figure out which harmonics are most important? Which n values are the most valuable and plot import matplotlib.pyplot as plt phi on left, data to be plotted on right in python x is phi and y is the int data below: phi int 7.5 -0.023570841454905962 22.5 -0.01030339319791628 37.5 -0.01543915882866751 52.5 -0.005823402283828597 67.5 0.003763904554918201 82.5 0.008294778414941925 97.5 0.008597087648897933 112.5 0.011587687410689109 127.5 0.015390588341407664 142.5 0.013038608462376445 157.5 0.016060691344247202 172.5 0.01582722792313809 187.5 0.01602722517090379 202.5 0.019360682927824183 217.5 0.015638593913994518 232.5 0.013090566932328915 247.5 0.00928765827588353 262.5 0.004497050066154481 277.5 0.0037947323433582614 292.5 0.0026361484933420864 307.5 -0.003223458168715449 322.5 -0.009639210118633812 337.5 -0.01930343007171576 352.5 -0.02157085497412515

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