A retail company assigns a $5000 store bonus if monthly sales are $100,000 or more. Additionally, if their sales exceed 125% or more of their monthly goal of $90,000, then all employees will receive a message stating that they will get a day off. When your pseudocode is complete, test the following monthly sales and ensure that the output matches the following. If your output is different, then review your decision statements. Monthly Sales Expected Output
monthlySales 102500 You earneda $5000 bonus!
monthlySales = 90000
monthlySales 112500 You earned a $5000 bonus!
All employees get one day off!

To answer this question, i prepared a pseudocode and a program written in python;

Pseudocode begins here:

1.Start

2.Input montlySales

3.If monthlySales < 100000

3.1.Display Nothing

4.Else

4.1Display “You earned a $5000 bonus!”

4.2If monthlySales > 1.25 * 90000

4.2.1Display “All employees get one day off!”

5.     Stop

Python Program starts here (See attachment for proper view of the program):

#Prompt user for input

monthlySales = float(input("Monthly Sales: "))

#Check monthlySales

if monthlySales < 100000:

     print("")

else:

     print("You earned a $5,000 bonus")

     if monthlySales > 1.25 * 90000:

           print("All Employees get the day off")

Explanation:

To answer this question, a conditional if statement is needed.

The pseudocode (and the program) starts by prompting user for input;

Then, the user input is first compared with 100,000

If it's less than 100,000; then nothing is displayes

However, if it is at least 100,000

"You earned a $5,000 bonus" is displayed

It further checks if the user input is greater than 125% of 90,000

If yes, "All Employees get the day off" is displayed else, nothing is displayed.

The pseudocode (and the program) stops execution, afterwards

building and maintaining the topology is difficult and time consuming. the chance of redundant connections is high, which adds to the high costs and potential for reduced efficiency.

explanation: