Problem: Set Tracking $($sets$.$py$)$

Most workout plans include some form of strength training. During a strength training workout,

participants will track the number of sets they complete and the number of repetitions per set

for that exercise.

In this program, we want to assist the user by tracking the average number of repetitions across

their sets for each workout they want to enter data for.

Program Specification

We will start by asking the user how many workouts they want to enter data for. Then, for each

workout, ask the user how many sets were completed. Then, for each set, ask the user how

many repetitions were completed.

Your program must use nested for loops with reasonable ranges for this input process.

Your program may not use while loops.

When all of the information is entered for the workout, tell the user the average number of

repetitions for that workout.

Your program may not use a list, list functions, or functions that operate on iterables.

Your program may not define functions.

Your program may not include material outside of modules $1-2$ and $4-5.$

$2$

Input Specification

NOTE: Input specifications guarantee that whoever uses your program, including the graders,

will adhere to these specifications. This means that you do not need to check for them.

$1.$ The number of workouts will be a positive integer.

$2.$ The number of sets will be a positive integer.

$3.$ The number of repetitions will be a positive integer.

Output Specification

Remember to match the phrases provided below and in the sample runs.

Begin your program with the following prompt:

How many workouts do you have data for?

Then, for each workout, prompt the user with:

How many sets were completed in workout #X$?$

Then, for each set, prompt the user with:

How many repetitions in set #Y$?$

At the end of each workout output the average number of repetitions for that workout to three

decimal places.

Workout #X: The average number of repetitions was Z$.$ZZZ$.$

Output note: Use Python$$s round function to control your output$$s precision. Remember that

when using this function, you may have fewer decimal places in your result. This is fine. You may

not have more than $3$ decimal places in your output.

Output Samples

Below are some sample outputs of running the program. Note that these samples are NOT a

comprehensive test. You should test your program with different data than is shown here based

on the specifications given above. In the sample run below, for clarity and ease of reading, the

user input is given in italics while the program output is in bold. $($Note: When you actually run

your program no bold or italics should appear at all. These are simply used in this description for

clarity$$s sake.$)$

Sample Run #$1$

How many workouts do you have data for?

$3$

How many sets were completed in workout #$1?$

$2$

How many repetitions in set #$1?$

$10$

$3$

How many repetitions in set #$2?$

$15$

Workout #$1$: The average number of repetitions was $12\mathrm{.}5.$

How many sets were completed in workout #$2?$

$3$

How many repetitions in set #$1?$

$9$

How many repetitions in set #$2?$

$12$

How many repetitions in set #$3?$

$13$

Workout #$2$: The average number of repetitions was $11\mathrm{.}333.$

How many sets were completed in workout #$3?$

$3$

How many repetitions in set #$1?$

$10$

How many repetitions in set #$2?$

$12$

How many repetitions in set #$3?$

$14$

Workout #$3$: The average number of repetitions was $12\mathrm{.}0.$