University:
American Baptist College
Course:
CSCI 1534 | Data Analysis and Visualization
Academic year:

2023
Views:

32

Pages:

4
Author:

Muthia M.

Answer this question. Make a program in python to add number, looking for average, check even-odd number, check prime number, looking for maximum value, and looking for minimum value. All of these programs are using function. Source Code : # Initialize all variable values input_choice = 1 sum_result = 0 # Used to store the sum of the input numbers num_count = 0 # Used to count how many numbers have been input last_number = 0 # Used to store the last number input by the user, always keeping the latest number max_value = -9999999 # This will be compared with the first input number, so it should be initialized as small as possible min_value = 99999999 # This will be compared with the first input number, so it should be initialized as large as possible # Function to calculate the average def calculate_average(total, n): average = total / n return average # Function to check if a number is even or odd def check_even_odd(number): result = "" if number % 2 == 0: result = "Even" else: result = "Odd" return result # Function to check if a number is prime def check_prime(number): prime_count = 0 for i in range(1, number + 1): if number % i == 0: prime_count += 1 return prime_count # Function to add numbers and update statistics def add_number(number, sum_result, num_count): sum_result += number num_count += 1 print("Sum Result:", sum_result) print("Number Count:", num_count) # Function to update the maximum value def update_max(number, max_value): if number > max_value: max_value = number # Function to update the minimum value def update_min(number, min_value): if number < min_value: min_value = number # Menu loop while input_choice != 7: input_choice = int(input("Menu Options: \n 1. Add \n 2. Calculate Average \n 3. Check Even/Odd \n 4. Display Maximum Value \n 5. Display Minimum Value \n 6. Check Prime Number \n 7. Exit \n Enter Menu Choice: ")) if input_choice == 1: number = int(input("Enter a number: ")) add_number(number, sum_result, num_count) update_max(number, max_value) update_min(number, min_value) last_number = number elif input_choice == 2: print("Average of Numbers:", calculate_average(sum_result, num_count)) elif input_choice == 3: print("Last Number:", last_number, "is", check_even_odd(last_number)) elif input_choice == 4: print("Maximum Value:", max_value) elif input_choice == 5: print("Minimum Value:", min_value) elif input_choice == 6: prime_check = check_prime(last_number) if prime_check == 2: print("Last Number:", last_number, "is a prime number") else: print("Last Number:", last_number, "is NOT a prime number") The output :