Recursive Multiplication Program Plan: Define the “main()” function: Initializes the variable “n1” is “0” Initializes the variable “n2” is “0” Check the value of “n1”. If it is less than or equal to “0”, then get the first number from the user and store it to the variable “n1”. Check the value of “n2”. If it is less than or equal to “0”, then get the second number from the user and store it to the variable “n2”. Call the function “multiplyRecursive()” and pass the two arguments “n1” and “n2”. Define the “multiplyRecursive()” function: Check the value of “x” and “y” If it is equal to “0”, then return “0”. Otherwise, call the function “multiplyRecursive()” to recursively perform the addition operation. Call the “main()” function.

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Answer 1

Question

Chapter 13, Problem 1PE

Program Plan Intro

Recursive Multiplication

Program Plan:

Define the “main()” function:

Initializes the variable “n1” is “0”

Initializes the variable “n2” is “0”

Check the value of “n1”.

If it is less than or equal to “0”, then get the first number from the user and store it to the variable “n1”.

Check the value of “n2”.

If it is less than or equal to “0”, then get the second number from the user and store it to the variable “n2”.

Call the function “multiplyRecursive()” and pass the two arguments “n1” and “n2”.

Define the “multiplyRecursive()” function:

Check the value of “x” and “y”

If it is equal to “0”, then return “0”.

Otherwise, call the function “multiplyRecursive()” to recursively perform the addition operation.

Call the “main()” function.

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Answer 2

Question

Chapter 13, Problem 1PE

Program Plan Intro

Recursive Multiplication

Program Plan:

Define the “main()” function:

Initializes the variable “n1” is “0”

Initializes the variable “n2” is “0”

Check the value of “n1”.

If it is less than or equal to “0”, then get the first number from the user and store it to the variable “n1”.

Check the value of “n2”.

If it is less than or equal to “0”, then get the second number from the user and store it to the variable “n2”.

Call the function “multiplyRecursive()” and pass the two arguments “n1” and “n2”.

Define the “multiplyRecursive()” function:

Check the value of “x” and “y”

If it is equal to “0”, then return “0”.

Otherwise, call the function “multiplyRecursive()” to recursively perform the addition operation.

Call the “main()” function.

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Answer 3

Question

Chapter 13, Problem 1PE

Program Plan Intro

Recursive Multiplication

Program Plan:

Define the “main()” function:

Initializes the variable “n1” is “0”

Initializes the variable “n2” is “0”

Check the value of “n1”.

If it is less than or equal to “0”, then get the first number from the user and store it to the variable “n1”.

Check the value of “n2”.

If it is less than or equal to “0”, then get the second number from the user and store it to the variable “n2”.

Call the function “multiplyRecursive()” and pass the two arguments “n1” and “n2”.

Define the “multiplyRecursive()” function:

Check the value of “x” and “y”

If it is equal to “0”, then return “0”.

Otherwise, call the function “multiplyRecursive()” to recursively perform the addition operation.

Call the “main()” function.

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Answer 4

Question

Chapter 13, Problem 1PE

Program Plan Intro

Recursive Multiplication

Program Plan:

Define the “main()” function:

Initializes the variable “n1” is “0”

Initializes the variable “n2” is “0”

Check the value of “n1”.

If it is less than or equal to “0”, then get the first number from the user and store it to the variable “n1”.

Check the value of “n2”.

If it is less than or equal to “0”, then get the second number from the user and store it to the variable “n2”.

Call the function “multiplyRecursive()” and pass the two arguments “n1” and “n2”.

Define the “multiplyRecursive()” function:

Check the value of “x” and “y”

If it is equal to “0”, then return “0”.

Otherwise, call the function “multiplyRecursive()” to recursively perform the addition operation.

Call the “main()” function.

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Answer 5

Chapter 13, Problem 1PE

Program Plan Intro

Recursive Multiplication

Program Plan:

Define the “main()” function:

Initializes the variable “n1” is “0”

Initializes the variable “n2” is “0”

Check the value of “n1”.

If it is less than or equal to “0”, then get the first number from the user and store it to the variable “n1”.

Check the value of “n2”.

If it is less than or equal to “0”, then get the second number from the user and store it to the variable “n2”.

Call the function “multiplyRecursive()” and pass the two arguments “n1” and “n2”.

Define the “multiplyRecursive()” function:

Check the value of “x” and “y”

If it is equal to “0”, then return “0”.

Otherwise, call the function “multiplyRecursive()” to recursively perform the addition operation.

Call the “main()” function.

Answer 6

Chapter 13, Problem 1PE

Program Plan Intro

Recursive Multiplication

Program Plan:

Define the “main()” function:

Initializes the variable “n1” is “0”

Initializes the variable “n2” is “0”

Check the value of “n1”.

If it is less than or equal to “0”, then get the first number from the user and store it to the variable “n1”.

Check the value of “n2”.

If it is less than or equal to “0”, then get the second number from the user and store it to the variable “n2”.

Call the function “multiplyRecursive()” and pass the two arguments “n1” and “n2”.

Define the “multiplyRecursive()” function:

Check the value of “x” and “y”

If it is equal to “0”, then return “0”.

Otherwise, call the function “multiplyRecursive()” to recursively perform the addition operation.

Call the “main()” function.

Answer 7

Chapter 13, Problem 1PE

Program Plan Intro

Recursive Multiplication

Program Plan:

Define the “main()” function:

Initializes the variable “n1” is “0”

Initializes the variable “n2” is “0”

Check the value of “n1”.

If it is less than or equal to “0”, then get the first number from the user and store it to the variable “n1”.

Check the value of “n2”.

If it is less than or equal to “0”, then get the second number from the user and store it to the variable “n2”.

Call the function “multiplyRecursive()” and pass the two arguments “n1” and “n2”.

Define the “multiplyRecursive()” function:

Check the value of “x” and “y”

If it is equal to “0”, then return “0”.

Otherwise, call the function “multiplyRecursive()” to recursively perform the addition operation.

Call the “main()” function.

Answer 8

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Answer 9

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Answer 10

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Answer 11

Ch. 13.2 - It is said that a recursive algorithm has more...Ch. 13.2 - Prob. 13.2CP Ch. 13.2 - What is a recursive case?Ch. 13.2 - What causes a recursive algorithm to stop calling...Ch. 13.2 - What is direct recursion? What is indirect...Ch. 13 - Prob. 1MC Ch. 13 - A module is called once from a programs main...Ch. 13 - The part of a problem that can be solved without...Ch. 13 - Prob. 4MC Ch. 13 - Prob. 5MC

Solution Summary: The author describes the python code used to multiply the values of two arguments using recursive multiplication.

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