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Create a complete program that contains the following: a) Create a looping menu with the following options: 1. Calculate n! (n factorial). 2. Calculate n to the power of m. 3. Exit program. b) If option 1 is selected: - Request an integer value for n from 1 to 9 inclusive. - Validate that n is an integer. Re-enter n if n is not an integer. - Validate that n is less than 10. Re-enter n if n is not in the range. - Calculate and output n factorial (n!). I c) If option 2 is selected: Request integer values for n and m from 1 to 9 inclusive. - Validate that n and m are both integers Re-enter n and m if one of them is not an integer. - Validate that both n and m are from 1 to 9 inclusive. Re-enter n and m if one of them is not in the range. - Calculate and output n to the power of m. d) If option 3 is selected: - Exit the program. e) If an invalid option is selected: - Inform the user with the error. Re-enter option. f) Use loops to create factorial and power operations: - Do not use library functions to do them. g) Use validate() function to validate all the input that is of improper type such as characters, symbols, or floats. 1) You may create your own factorial () and power () functions. any math functions such as pow (x, y) from library. 2) Add comments to explain the algorithm of your program. 3) Keep your project coding clear with your own programming style. But do not use

Create a complete program that contains the following: a) Create a looping menu with the following options: 1. Calculate n! (n factorial). 2. Calculate n to the power of m. 3. Exit program. b) If option 1 is selected: - Request an integer value for n from 1 to 9 inclusive. - Validate that n is an integer. Re-enter n if n is not an integer. - Validate that n is less than 10. Re-enter n if n is not in the range. - Calculate and output n factorial (n!). I c) If option 2 is selected: Request integer values for n and m from 1 to 9 inclusive. - Validate that n and m are both integers Re-enter n and m if one of them is not an integer. - Validate that both n and m are from 1 to 9 inclusive. Re-enter n and m if one of them is not in the range. - Calculate and output n to the power of m. d) If option 3 is selected: - Exit the program. e) If an invalid option is selected: - Inform the user with the error. Re-enter option. f) Use loops to create factorial and power operations: - Do not use library functions to do them. g) Use validate() function to validate all the input that is of improper type such as characters, symbols, or floats. 1) You may create your own factorial () and power () functions. any math functions such as pow (x, y) from library. 2) Add comments to explain the algorithm of your program. 3) Keep your project coding clear with your own programming style. But do not use

C++ Programming: From Problem Analysis to Program Design
C++ Programming: From Problem Analysis to Program Design
8th Edition
ISBN:9781337102087
Author:D. S. Malik
Publisher:D. S. Malik
Chapter7: User-defined Simple Data Types, Namespaces, And The String Type
Section: Chapter Questions
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Please answer in c++ with showing code 1st image is the ques... 2nd image is the output t. Also show me the code
Create a complete program that contains the following: 1 a) Create a looping menu with the following options: 1. Calculate n! (n factorial). 2. Calculate n to the power of m. 3. Exit program. b) If option 1 is selected: Request an integer value for n from 1 to 9 inclusive. - Validate that n is an integer. Re-enter n if n is not an integer. Validate that n is less than 10. Re-enter n if n is not in the range. - Calculate and output n factorial (n!). X c) If option 2 is selected: Request integer values for n and m from 1 to 9 inclusive. Validate that n and m are both integers Re-enter n and m if one of them is not an integer. Validate that both n and m are from 1 to 9 inclusive. Re-enter n and m if one of them is not in the range. - Calculate and output n to the power of m. d) If option 3 is selected: - Exit the program. e) If an invalid option is selected: - Inform the user with the error. - Re-enter option. f) Use loops to create factorial and power operations: - Do not use library functions to do them. g) Use validate() function to validate all the input that is of improper type such as characters, symbols, or floats. 1) You may create your own factorial () and power () functions. But do not use any math functions such as pow (x, y) from <cmath> library. 2) Add comments to explain the algorithm of your program. 3) Keep your project coding clear with your own programming style.
Transcribed Image Text:Create a complete program that contains the following: 1 a) Create a looping menu with the following options: 1. Calculate n! (n factorial). 2. Calculate n to the power of m. 3. Exit program. b) If option 1 is selected: Request an integer value for n from 1 to 9 inclusive. - Validate that n is an integer. Re-enter n if n is not an integer. Validate that n is less than 10. Re-enter n if n is not in the range. - Calculate and output n factorial (n!). X c) If option 2 is selected: Request integer values for n and m from 1 to 9 inclusive. Validate that n and m are both integers Re-enter n and m if one of them is not an integer. Validate that both n and m are from 1 to 9 inclusive. Re-enter n and m if one of them is not in the range. - Calculate and output n to the power of m. d) If option 3 is selected: - Exit the program. e) If an invalid option is selected: - Inform the user with the error. - Re-enter option. f) Use loops to create factorial and power operations: - Do not use library functions to do them. g) Use validate() function to validate all the input that is of improper type such as characters, symbols, or floats. 1) You may create your own factorial () and power () functions. But do not use any math functions such as pow (x, y) from <cmath> library. 2) Add comments to explain the algorithm of your program. 3) Keep your project coding clear with your own programming style.
6:56 < Back Project1_mathMenuValidation.pdf MATH MENU 1. Calculate n? <n factorial). 2. Calculate n to the m power. 3. Exit program. Please enter your selection: 0 Invalid option. Please re-enter. 1. Calculate n? <n factorial). 2. Calculate n to the m power. 3. Exit program. Please enter your selection: 1 Enter an integer value for n (1-9): 2.2 Invalid input. Please re-enter. Enter an integer value for n (1-9): -2 Invalid input. Please re-enter. Enter an integer value for n (1-9): 2 2 = 2 1. Calculate n? <n factorial). 2. Calculate n to the m power. 3. Exit program. Please enter your selection: 2 Enter an integer value for n (1-9): 1.1 Invalid input. Please re-enter. Enter an integer value for n (1-9): 0 Enter an integer value for n (1-9): 11 Invalid input. Please re-enter. Enter an integer value for n (1-9): 10 Enter an integer value for m (1-9): 2 Invalid input. Please re-enter. Enter an integer value for n (1-9): 2 Enter an integer value for m (1-9): 3 2 to the power of 3 - 8 1. Calculate n! <n factorial). 2. Calculate n to the m power. 3. Exit program. Please enter your selection: 2 Enter an integer value for n (1-9): 5 Enter an integer value for m (1-9): 5 5 to the power of 5 3125 1. Calculate n? <n factorial). 2. Calculate n to the n power. 3. Exit program. Please enter your selection: 1 Enter an integer value for n (1-9): 5 5 120 1. Calculate n! <n factorial). 2. Calculate n to the m power. 3. Exit program. Please enter your selection: 3 Exit program. Math is fun. Programming is even more fun! 65 Q
Transcribed Image Text:6:56 < Back Project1_mathMenuValidation.pdf MATH MENU 1. Calculate n? <n factorial). 2. Calculate n to the m power. 3. Exit program. Please enter your selection: 0 Invalid option. Please re-enter. 1. Calculate n? <n factorial). 2. Calculate n to the m power. 3. Exit program. Please enter your selection: 1 Enter an integer value for n (1-9): 2.2 Invalid input. Please re-enter. Enter an integer value for n (1-9): -2 Invalid input. Please re-enter. Enter an integer value for n (1-9): 2 2 = 2 1. Calculate n? <n factorial). 2. Calculate n to the m power. 3. Exit program. Please enter your selection: 2 Enter an integer value for n (1-9): 1.1 Invalid input. Please re-enter. Enter an integer value for n (1-9): 0 Enter an integer value for n (1-9): 11 Invalid input. Please re-enter. Enter an integer value for n (1-9): 10 Enter an integer value for m (1-9): 2 Invalid input. Please re-enter. Enter an integer value for n (1-9): 2 Enter an integer value for m (1-9): 3 2 to the power of 3 - 8 1. Calculate n! <n factorial). 2. Calculate n to the m power. 3. Exit program. Please enter your selection: 2 Enter an integer value for n (1-9): 5 Enter an integer value for m (1-9): 5 5 to the power of 5 3125 1. Calculate n? <n factorial). 2. Calculate n to the n power. 3. Exit program. Please enter your selection: 1 Enter an integer value for n (1-9): 5 5 120 1. Calculate n! <n factorial). 2. Calculate n to the m power. 3. Exit program. Please enter your selection: 3 Exit program. Math is fun. Programming is even more fun! 65 Q
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