EGR $125-$ Introduction to Computer Programming for Engineers

Module $3-$ Input and Output

HW $3$

Create video solutions for the following problems. Each problem should have its own

video. Start with the requirements $($input $-$ data manipulation$/$calculations $-$ output$).$

Then explain your source code line by line and run the code with the inputs given below.

You must include pseudocode. Each video should be no longer than $5$min. Upload

videos to Canvas.

The total equivalent resistance for resistors connected in parallel is given by the following

equation.

$\frac{1}{R_T}=\frac{1}{R_1}+\frac{1}{R_2}+\frac{1}{R_3}+$dots.$\frac{1}{R_n}$

Where:

$R_T=$ total equivalent resistance

$n=$ number of resistors

The file resistors.txt has the values of $6$ resistors. Read the resistance values:

$($a$)$ Calculate total equivalent resistance if resistors are connected in parallel. Ouput

to screen. Set precision to a tenth of an ohm. Output format:

The total equivalent resistance is

$($ohms$)$

if resistors are connected in parallel.

$($b$)$ Calculate total equivalent resistance if resistors are connected in series $($sum$).$

Output to file. Output format:

The total equivalent resistance is

$($ohms$)$

if resistors are connected in series.

Pls code this in c$++$