Recursive Power Method Program Plan: Global variable declaration: Initialize the variable “minimum” as “1”. Initialize the variable “maximum” as “100”. Define the “main()” function: Initialize the variable “number” is “0”. Initialize the variable “exp” is “0”. Get the input from the user and store it to the variable “number”. Check the value of “exp” If it is less than “minimum” or greater than “maximum”, then get the exponent “exp” from user. Call the function “recursivePower()” and pass the two arguments “number” and “exp”. Display the result on the output screen. Define the “recursivePower(x, y)” function: Check the value of “y” If it is equal to “0”, then returns “1”. Otherwise, call the function “recursivePower()” recursively along with the arguments “x” and the decremented value of “y”. Display the result on the output screen. Call the “main()” function.

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Chapter 13, Problem 5PE

Program Plan Intro

Recursive Power Method

Program Plan:

Global variable declaration:

Initialize the variable “minimum” as “1”.

Initialize the variable “maximum” as “100”.

Define the “main()” function:

Initialize the variable “number” is “0”.

Initialize the variable “exp” is “0”.

Get the input from the user and store it to the variable “number”.

Check the value of “exp”

If it is less than “minimum” or greater than “maximum”, then get the exponent “exp” from user.

Call the function “recursivePower()” and pass the two arguments “number” and “exp”.

Display the result on the output screen.

Define the “recursivePower(x, y)” function:

Check the value of “y”

If it is equal to “0”, then returns “1”.

Otherwise, call the function “recursivePower()” recursively along with the arguments “x” and the decremented value of “y”.

Display the result on the output screen.

Call the “main()” function.

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