For a balanced three-phase system, show that the total power is constant. ?

makes it in c++

Kyal is in line at the DMV he has number 325, they are currently serving customer 320.

Use a switch statement to determine which type of loop he needs to use to count to his turn being called.
f = for loop w = while loop d = do-while loop
Output the appropriate loop type from the switch.

Then use any loop type to get from 320 to 325.

Select the appropriate loop type f= for, w =while, d= do-while
[output of appropriate loop type]
320
321
322
323
324
325
It is your turn

the projram starts her..

#include <iostream>
using namespace std;

int main() {

   // Declare appropriate variables
    int number = 320;
   
    //Output the prompt & recieve input
    cout << "Select the apropriate loop type f= for, w =while, d= do-while" << endl;
   
    //Switch to determine & output the appropriate loop type
   
   
    //Loop that goes from 320 to 325 and outputs each number then "It's your turn"
   
   

   return 0;
}

Edit the given program to produce the following output in c++ mode:
- Take in the name of a superhero & tell him how many villains he/she has to defeat today - The number of villains is randomly generated and should be a number between 11 and 42.
- Use a seed of 7.
Hint: Compile the program first before making edits

What is your name?
Hello Captain America
There are 42 villains you need to defeat today
Oops! one of the villains was able to multiply himself by  a power of 3.
There are actually 74088 villains.

the program starts her

#include <string>                                  //make sure that all necessary libraries are included & correct
using namespace std;

int main() {
string name;
int number;

  
   cout << "What is your name?" << endl;
   cin >> name;
   cout << "Hello " << name << endl;
   cout << "There are "<< number >> " villains you need to defeat today"<< endl;          // edit and include any necessary code
   cout << "Oops! one of the villains was able to multiply himself by a power of 3. There are actually villains." << endl;
  
  
  

   return 0;
}

The architectural and HVAC plans for the Uytengsu Building on campus are provided. The details of the equipment installed are provided. From this information determine the estimated overall building heating and cooling requirements and compare to the "rule of thumb" information given in the first chapter. Briefly, write up your findings in a technical memorandum showing your calculations stating any assumptions. Upload your findings in a pdf.

5.29) Explain what the following fragment of code achieves. Note that the data is signed and that the packed shift right arithmetic instruction operates on word (16-bit) operands.

MOVQ MM0, MM1

PSRAW MM0, 15

PXOR MM0, MM1

5.30) Consider the following block of operations that might be found inside a loop. Explainf what the instructions do and what operation is being performed on the data.

MOVQ MM1, A ; move 8 pixels of image A

MOVQ MM2, B ; move 8 pixels of image B

MOVQ MM3, MM1

PSUBSB MM1, MM2

PSUBSB MM2, MM3

POR MM1, MM2

List and compare ways of evaluating wireless communication networks/systems.

PLEASE TYPE ANSWER! HANDWRITTEN SOLUTIONS ARE TOO DIFFICULT TO UNDERSTAND THE EXPLANATIONS! Please TYPE 100 words addressing the following:

Associated with Nyquist rate is the concept of aliasing. What is the significance of aliasing in the context of digital communication and what corrective measures can be used to overcome aliasing?

Please TYPE 100 or more words discussing the following:

What are some of the common applications of a multiplexer?

List and discuss at least two applications for multiplexers.

Consider the casual CT systems with transfer functions:

H1(s)= (s+1)/(s+2)(s^2+s+16)

H2(s)= s/(s+10)(s+1)

H3(s)= 1/(s-1)(s+1)

H4(s)= s/(s+1)(s^2+s+16)

1) Write magnitude and phase expression for their Bode Plots and Sketch their asymptotes. Verify Using Matlab.

2) Compute their steady-state response to cos(5t) u(t) + 3u(t) + cos(10t) e^-t u(t).

***Please show slope computations and conversions for the graphs. This is where I am unable to move forward.

what are the different ways you can represent the exact same design using:

A.  VHDL

B.  state diagrams

C. sequences

Describe an important Canadian engineering or computer science accomplishment of the past 100 years. In 3-5 paragraphs, discuss the context of the accomplishment (i.e., who achieved it, when it occurred, and what motivated it) as well as its significance (i.e., why it was important and what positive long-term effects resulted from this accomplishment). Include a list of references. Each reference should be cited in the text properly.

n the figure ε1 = 2.72 V, ε2 = 0.766 V, R1 = 6.82 Ω, R2 = 1.61 Ω, R3 = 5.68 Ω, and both batteries are ideal. What is the rate at which energy is dissipated in (a) R1, (b) R2, and (c) R3? What is the power of (d) battery 1 and (e) battery 2?