Recursive Lines Program Plan: • Define the “main()” function: ○ Get the input from the user and store it to the variable “n”. ○ Call the function “recurLines()” and pass the argument “n”. • Define the “recurLines(n)” function: ○ Check the value of “n”. ■ If it is greater than “0”, then call the function “recurLines()” recursively along with the decremented value of “n”. ■ Display the result on the output screen. • Call the “main()” function.

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Answer 1

Question

Chapter 12, Problem 3PE

Program Plan Intro

Recursive Lines

Program Plan:

• Define the “main()” function:

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

○ Call the function “recurLines()” and pass the argument “n”.

• Define the “recurLines(n)” function:

○ Check the value of “n”.

■ If it is greater than “0”, then call the function “recurLines()” recursively along with the decremented value of “n”.

■ Display the result on the output screen.

• Call the “main()” function.

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Answer 2

Question

Chapter 12, Problem 3PE

Program Plan Intro

Recursive Lines

Program Plan:

• Define the “main()” function:

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

○ Call the function “recurLines()” and pass the argument “n”.

• Define the “recurLines(n)” function:

○ Check the value of “n”.

■ If it is greater than “0”, then call the function “recurLines()” recursively along with the decremented value of “n”.

■ Display the result on the output screen.

• Call the “main()” function.

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Answer 3

Question

Chapter 12, Problem 3PE

Program Plan Intro

Recursive Lines

Program Plan:

• Define the “main()” function:

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

○ Call the function “recurLines()” and pass the argument “n”.

• Define the “recurLines(n)” function:

○ Check the value of “n”.

■ If it is greater than “0”, then call the function “recurLines()” recursively along with the decremented value of “n”.

■ Display the result on the output screen.

• Call the “main()” function.

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Answer 4

Question

Chapter 12, Problem 3PE

Program Plan Intro

Recursive Lines

Program Plan:

• Define the “main()” function:

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

○ Call the function “recurLines()” and pass the argument “n”.

• Define the “recurLines(n)” function:

○ Check the value of “n”.

■ If it is greater than “0”, then call the function “recurLines()” recursively along with the decremented value of “n”.

■ Display the result on the output screen.

• Call the “main()” function.

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Answer 5

Chapter 12, Problem 3PE

Program Plan Intro

Recursive Lines

Program Plan:

• Define the “main()” function:

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

○ Call the function “recurLines()” and pass the argument “n”.

• Define the “recurLines(n)” function:

○ Check the value of “n”.

■ If it is greater than “0”, then call the function “recurLines()” recursively along with the decremented value of “n”.

■ Display the result on the output screen.

• Call the “main()” function.

Answer 6

Chapter 12, Problem 3PE

Program Plan Intro

Recursive Lines

Program Plan:

• Define the “main()” function:

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

○ Call the function “recurLines()” and pass the argument “n”.

• Define the “recurLines(n)” function:

○ Check the value of “n”.

■ If it is greater than “0”, then call the function “recurLines()” recursively along with the decremented value of “n”.

■ Display the result on the output screen.

• Call the “main()” function.

Answer 7

Chapter 12, Problem 3PE

Program Plan Intro

Recursive Lines

Program Plan:

• Define the “main()” function:

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

○ Call the function “recurLines()” and pass the argument “n”.

• Define the “recurLines(n)” function:

○ Check the value of “n”.

■ If it is greater than “0”, then call the function “recurLines()” recursively along with the decremented value of “n”.

■ Display the result on the output screen.

• 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. 12.2 - It is said that a recursive algorithm has more...Ch. 12.2 - Prob. 2CP Ch. 12.2 - What is a recursive case?Ch. 12.2 - What causes a recursive algorithm to stop calling...Ch. 12.2 - What is direct recursion? What is indirect...Ch. 12 - Prob. 1MC Ch. 12 - A function is called once from a program's main...Ch. 12 - Prob. 3MC Ch. 12 - Prob. 4MC Ch. 12 - Prob. 5MC

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