Write a Python program in which a student enters the number of college credits earned. If the number of credits is greater than 90, 'Senior Status' is displayed; if greater than 60, 'Junior Status' is displayed; if greater than 30, 'Sophomore Status' is displayed; else, 'Freshman Status' is displayed.

CONCEPT:Python code to get the status of Student based on thier Earnings CODE: def main(): print('Student Classification Software.') try: userCredit =int( input('\nPlease enter student credits: ')) if userCredit >90: print('\nSenior Status') elif 60 <userCredit <90 : print('\nJunior Status') elif 30 < userCredit < 60: print('\nSophomore Status') else: # this mean userCredit >= 26...

Explanation:

A certain university classifies students according to credits earned. A student with less than 30 hours is a Freshman. At least 30 credits are required to be a Sophomore, 60 to be a Junior, and 90 to be a Senior. Write a program that calculates class standing from the number of credits earned with the following specifications:

Write a function named determineStatus() that prompts the user for how many credits they have earned and uses a decision structure (if, else, etc.) to determine the class standing of the student. The function should display the standing to the student (85 points).

If the user tries to enter a negative value, the program should alert the user that negative numbers are not allowed (5 points).

Write a main() function that calls the determineStatus() function (5 points).

i will say b. laboratory technician   and if wrong then sorry

answer: internal fragmentation is the difference between the (fixed) size of a memory hole and the data within in that memory. for example, if a 1,024 byte block of memory holds 800 bytes of data, then the 224 bytes difference is considered lost to internal fragmentation.

external fragmentation occurs when the sum of memory fragments is large enough to satisfy a request, but the holes are non-contiguous and the request cannot be satisfied. this can occur when memory is dynamically allocated and freed.

explanation: