Using Python: This assignment requires the main function and a custom value-returning function. The value-returning function takes a list of random Fahrenheit temperatures as its only argument and returns a smaller list of only the temperatures above freezing. This value-returning function must use a list comprehension to create the list of above freezing temperatures. In the main function, code these steps in this sequence: create an empty list that will the hold random integer temperatures. use a loop to add 24 random temperatures to the list. All temperatures should be between 10 and 55, inclusive. Duplicates are okay. sort the list in ascending order. use another loop to display all 24 sorted temperatures on one line separated by spaces. 32 could be in the list. If it is, report the index of the first instance of 32. if 32 isn't in the list, add it at index 4. assign a slice consisting of the first six temperatures to a new list. Then print it. execute the custom value-returning function with the complete list as its only argument. in the main function, report the coldest temperature in the list that was returned. sort the list of above freezing temperatures in high to low order use a loop to display all above freezing temperatures on one line separated by spaces.

Using Python:

This assignment requires the main function and a custom value-returning function. The value-returning function takes a list of random Fahrenheit temperatures as its only argument and returns a smaller list of only the temperatures above freezing. This value-returning function must use a list comprehension to create the list of above freezing temperatures.

In the main function, code these steps in this sequence:

• create an empty list that will the hold random integer temperatures.
• use a loop to add 24 random temperatures to the list. All temperatures should be between 10 and 55, inclusive. Duplicates are okay.
• sort the list in ascending order.
• use another loop to display all 24 sorted temperatures on one line separated by spaces.
• 32 could be in the list. If it is, report the index of the first instance of 32.
• if 32 isn't in the list, add it at index 4.
• assign a slice consisting of the first six temperatures to a new list. Then print it.
• execute the custom value-returning function with the complete list as its only argument.
• in the main function, report the coldest temperature in the list that was returned.
• sort the list of above freezing temperatures in high to low order
• use a loop to display all above freezing temperatures on one line separated by spaces.