This lab is due by Thursday, September 02, 2021, 11:59 PM.
As with all labs you may, and are encouraged, to pair program a solution to this lab. If you choose to pair program a solution, be sure that you individually understand how to generate the correct solution.
Pair Programming
For this lab, you will be working with a partner to practice pair
programming and proper programming design.
Last time, you
thought of math equations that can be solved using a
computer program. Below are a list of equations provided by your classmates. You and your partner will implement two of these
equations.
| # | Major | Equation | Formula |
| 1 | Chemistry | Ideal Gas Law |  |
| 2 | Civil Engineering | Average Acceleration |  |
| 3 | Electrical Engineering | Ohm's Law |  |
| 4 | Engineering Physics | Newton's Law of Universal Gravitational |  |
| 5 | Math | Distance |  |
| 6 | Math | Volume Sphere |  |
| 7 | Mechanical Engineering | Deflection |  |
| 8 | Mechanical Engineering | Heat Transfer |  |
| 9 | Mechanical Engineering | Stress |  |
| 10 | Mining | Shear Stress |  |
| 11 | Physics | Coulomb's Law |  |
For each equation, you must:
- Define the appropriate variables that are needed giving them the proper data type, a proper identifier, and a sensible initial value
- Declare constants as needed
- You must prompt the user to enter all non-constant values for the equations
- Calculate the right hand side of the equation solving for the left hand side
- Print out the final computed value of the equation
- And as always, be sure to be providing helpful output to the user so the user provides the correct values and knows what is being returned
Now before you get started doing any coding, take out a piece of
paper and write out the pseudocode to solve this task. Put your names
(first & last) at the top as you will be turning in your pseudocode in class
as part of your grade. Once you have your pseudocode, determine who is
going to drive first and get to coding! We will switch drivers every 5
minutes so listen for the cue to switch positions.
At the end of this lab, your program output should look similar to below:
Enter the acceleration: 4.33
Enter the mass: 9.3
The force is: 40.269
Enter the width: 4
Enter the height: 2
The area is: 8To receive full credit for this lab, you must do the following:
- Turn in a hardcopy of your pseudocode to the instructor at the end of class
- Both members of your pair must turn in the same
main.cpp - Both of your names must be in the comments in the header of your file
Lab Submission
You will submit your solution to this lab with the rest of Set1. Detailed instructions for doing this are posted in Assignment 1.
This lab is due by Thursday, September 02, 2021, 11:59 PM.
As with all labs you may, and are encouraged, to pair program a solution to this lab. If you choose to pair program a solution, be sure that you individually understand how to generate the correct solution.