Source Code Of TWY Exponential Calculator

Hello Friends,

Today I am going to give you the Source Code TWY Exponential Calculator that I have made using Python programming language. What this program does is that it asks you to enter the choice then it will ask you to enter the number. You can enter any number which has a power of 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13. After entering the number it will calculate the number as per your choice. Suppose, if you have entered the choice 1 which is to calculate square then it will calculate the square of the number that you entered.

# This is Yash's Exponential Calculator # Author: Yash Vardhan # Date: 23/08/2021 # Name: TWY Exponential Calculator while True: # Printing The User Instructions print("Enter 1 if the number you are entering has the power of 2") print("Enter 2 if the number you are entering has the power of 3") print("Enter 3 if the number you are entering has the power of 4") print("Enter 4 if the number you are entering has the power of 5") print("Enter 5 if the number you are entering has the power of 6") print("Enter 6 if the number you are entering has the power of 7") print("Enter 7 if the number you are entering has the power of 8") print("Enter 8 if the number you are entering has the power of 9") print("Enter 9 if the number you are entering has the power of 10") print("Enter 10 if the number you are entering has the power of 11") print("Enter 11 if the number you are entering has the power of 12") print("Enter 12 if the number you are entering has the power of 13") print("ENter Q To Quit") # Askeing The User To Enter His OR Her Choice choice = input("Enter Your Choice: ") # Executing The User Instructions Using if, elif and else loops if choice == 'Q': break elif choice == '1': n = int(input("Enter The Number: ")) square = n**2 print("The Square Is:", square) elif choice == '2': n2 = int(input("Enter The Number: ")) cube = n2**3 print("The Cube Is:", cube) elif choice == '3': n3 = int(input("Enter The Number: ")) raised_to_the_power_4 = n3**4 print("The Number Is:", raised_to_the_power_4) elif choice == '4': n4 = int(input("Enter The Number: ")) raised_to_the_power_5 = n4**5 print("The Number Is:", raised_to_the_power_5) elif choice == '5': n5 = int(input("Enter The Number: ")) raised_to_the_power_6 = n5**6 print("The Number Is:", raised_to_the_power_6) elif choice == '6': n6 = int(input("Enter The Number: ")) raised_to_the_power_7 = n6**7 print("The Number Is:", raised_to_the_power_7) elif choice == '7': n7 = int(input("Enter The Number: ")) raised_to_the_power_8 = n7**8 print("The Number Is:", raised_to_the_power_8) elif choice == '8': n8 = int(input("Enter The Number: ")) raised_to_the_power_9 = n8**9 print("The Number Is:", raised_to_the_power_9) elif choice == '9': n9 = int(input("Enter The Number: ")) raised_to_the_power_10 = n9**10 print("The Number Is:", raised_to_the_power_10) elif choice == '10': n10 = int(input("Enter The Number: ")) raised_to_the_power_11 = n10**11 print("The Number Is:", raised_to_the_power_11) elif choice == '11': n11 = int(input("Enter The Number: ")) raised_to_the_power_12 = n11**12 print("The Number Is:", raised_to_the_power_12) elif choice == '12': n12 = int(input("Enter The Number: ")) raised_to_the_power_13 = n12**13 print("The Number Is:", raised_to_the_power_13) else: print("Invalid Choice")