Description

Test #2: Decision Structures
100 points

Directions

Complete the following three Python programs. Program #1 is worth 60 pts. Program #2 is worth 25 pts. Program #3 is worth 15 pts.

Academic Honestly Policy

Program #1: Change Program: dollars and cents (60 pts)

• Create a Python program named test2-1.py
• This program will allow a user to enter any dollar and cents amount and then will provide change.
Conditional statement to make sure they did not enter $0.00 , i
“ You must enter an amount greater than $0.00
• Add a f they do, then
display a message saying, ” and let them enter the amount again.
user-defined function
in function math.floor()
• Your program must use at least one to make the calculations. And you can use the math for the built- to separate dollars from cents
• The program must allow the user to enter the dollar and cents as one input (variable) – not two different inputs.

Here are some sample runs of the program:

Please enter the amount to make change for: $ 42.88
Number of hundreds:…… 0
Number of 50s :………. 0
Number of 20s: 2
Number of fives:……… 0 Number of singles: 2
Number of quarters: 3

Number of tens:………. 0
Number of dimes:………. 1
Number of nickels:…….. 0
Number of pennies:…….. 4

Please enter the amount to make change for: $ 1100.22
Number of hundreds:…… 11
Number of 50s :………. 0
Number of 20s:……….. 0
Number of tens:………. 0
Number of fives:……… 0
Number of singles:……. 0
Number of quarters:……. 0
Number of dimes:………. 2
Number of nickels:…….. 0
Number of pennies:…….. 3

Program #2: Calculate the weekly pay (25 pts)

• Create a Python program named test2-2.py to calculate the weekly pay with or without overtime hours
• Your program should have at least one user-defined function to calculate Weekly Wages after accepting as the total Hours and hourly Wage and return total pay
• Your program will accept total hours worked in one week
• Then it will Calculate the weekly pay with or without overtime hours
• Use conditional statements (if…else…) to determine if the hours entered are more than 40 hours. If that is the case, then multiply any hour beyond 40 by 1.5 then add it to 40 hours then multiply it by the hourly wage to come up with the total pay.
• Display a message if they have worked overtime hours or if they did not have any overtime hours (see the example of output (for both cases)

Example 1 with 5 overtime hours:

Example 2 with No overtime hours:

Program #3: Two numbers comparison (15 pts)

• Create a Python program named test2-3.py
• In the main part of the program prompt the user to enter two integer numbers.
• Then, call a user-defined function and pass these two numbers into it.
• Use a Python IF – ELSE IF – ELSE statement to compare the two numbers and then display one of three messages:
o The two numbers are equal.
___
___
o The first number __ was larger than the second number o The second number __ was larger than the first number

(where __ or __ is the number the user typed in)

Below is a sample run of the program: