In a program, write a function that accepts two arguments: a list, and a number n. Assume that the list contains numbers. The function should display all of the numbers in the list that are greater than the number n. You will create your program in the IDLE environment and save it as a python file. Modularity - Your program should have at least these two functions: main-should accept input of a series of 10 integers from the user and an integer n that will be the search number. main should call the function display larger and pass 2 arguments: the 10 integers stored in a list, and the number n.

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Code the following problem in python. Follow the program style requirements provided.
In a program, write a function that accepts two arguments: a list, and a number n. Assume
that the list contains numbers. The function should display all of the numbers in the list
that are greater than the number n.
You will create your program in the IDLE environment and save it as a python file.
Modularity - Your program should have at least these two functions:
main-should accept input of a series of 10 integers from the user and an integer n that will be the
search number. main should call the function display larger and pass 2 arguments: the 10
integers stored in a list, and the number n.
display_larger - should accept the 2 parameters from main. Using a loop, the function should
compare all numbers in the list of number from the user to n. If the number is larger than n, it should
be stored in a second list containing only the numbers that are greater than n.
This function should display: The original list, n, and the list of numbers greater than n.
Sample Dialog/Output:
Enter a list of 10 integers
Enter a number: 10
Enter a number: 20
Enter a number: 30
Enter a number: 40
Enter a number: 5
Enter a number: 66
Enter a number: 77
Enter a number: 88
Enter a number: 99
Enter a number: 33
Enter the number you wish to test if the list elements are greater than: 45
Number: 45
List of numbers:
[10, 20, 30, 40, 5, 66, 77, 88, 99, 33]
List of numbers that are larger than 45:
[66, 77, 88, 99]
Transcribed Image Text:In a program, write a function that accepts two arguments: a list, and a number n. Assume that the list contains numbers. The function should display all of the numbers in the list that are greater than the number n. You will create your program in the IDLE environment and save it as a python file. Modularity - Your program should have at least these two functions: main-should accept input of a series of 10 integers from the user and an integer n that will be the search number. main should call the function display larger and pass 2 arguments: the 10 integers stored in a list, and the number n. display_larger - should accept the 2 parameters from main. Using a loop, the function should compare all numbers in the list of number from the user to n. If the number is larger than n, it should be stored in a second list containing only the numbers that are greater than n. This function should display: The original list, n, and the list of numbers greater than n. Sample Dialog/Output: Enter a list of 10 integers Enter a number: 10 Enter a number: 20 Enter a number: 30 Enter a number: 40 Enter a number: 5 Enter a number: 66 Enter a number: 77 Enter a number: 88 Enter a number: 99 Enter a number: 33 Enter the number you wish to test if the list elements are greater than: 45 Number: 45 List of numbers: [10, 20, 30, 40, 5, 66, 77, 88, 99, 33] List of numbers that are larger than 45: [66, 77, 88, 99]
Comments - Begin your program with a comment that includes: a) your name, b)program status
- either "Complete" or describe any incomplete or non-functioning part of your program c)A 1-3
line description of what the program does.
Function comments - each function should begin with a comment explaining what the function
does
Variable names – use meaningful variable names such as total taxes or num cookies.
Function names - use meaningful verb names for functions such as display taxes.
Named constants - Use named constants for all number values that will not be changed in the
program such as RECIPE SUGAR = 1.5. See section 2.9 on Named Constants
Transcribed Image Text:Comments - Begin your program with a comment that includes: a) your name, b)program status - either "Complete" or describe any incomplete or non-functioning part of your program c)A 1-3 line description of what the program does. Function comments - each function should begin with a comment explaining what the function does Variable names – use meaningful variable names such as total taxes or num cookies. Function names - use meaningful verb names for functions such as display taxes. Named constants - Use named constants for all number values that will not be changed in the program such as RECIPE SUGAR = 1.5. See section 2.9 on Named Constants
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