Ancestral Trees Program Plan: Include required header files. Declare and initialize string arrays “people []”, “mother []”, and “father []”. Declare and initialize positions for the integer arrays “mom []”, and “pop []”. Give function prototype “ancestors ()”. Given function definition for “ancestors ()”. Print the name of the person. Check if mom’s position is not equal to -1. Call the function ““ancestors ()”. Check if pop’s position is not equal to -1. Call the function ““ancestors ()”. Define the function “main ()”. Inside this function, Print the ancestors of the person containing index “0” from “people []” array by calling the function “ancestors ()” by passing “0” as the argument. Print the ancestors of the person containing index “6” from “people []” array by calling the function “ancestors ()” by passing “6” as the argument. Return the statement.

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Answer 1

Question

Chapter 14, Problem 11PC

Program Plan Intro

Ancestral Trees

Program Plan:

Include required header files.

Declare and initialize string arrays “people []”, “mother []”, and “father []”.

Declare and initialize positions for the integer arrays “mom []”, and “pop []”.

Give function prototype “ancestors ()”.

Given function definition for “ancestors ()”.

Print the name of the person.

Check if mom’s position is not equal to -1.

Call the function ““ancestors ()”.

Check if pop’s position is not equal to -1.

Call the function ““ancestors ()”.

Define the function “main ()”. Inside this function,

Print the ancestors of the person containing index “0” from “people []” array by calling the function “ancestors ()” by passing “0” as the argument.

Print the ancestors of the person containing index “6” from “people []” array by calling the function “ancestors ()” by passing “6” as the argument.

Return the statement.

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Answer 2

Question

Chapter 14, Problem 11PC

Program Plan Intro

Ancestral Trees

Program Plan:

Include required header files.

Declare and initialize string arrays “people []”, “mother []”, and “father []”.

Declare and initialize positions for the integer arrays “mom []”, and “pop []”.

Give function prototype “ancestors ()”.

Given function definition for “ancestors ()”.

Print the name of the person.

Check if mom’s position is not equal to -1.

Call the function ““ancestors ()”.

Check if pop’s position is not equal to -1.

Call the function ““ancestors ()”.

Define the function “main ()”. Inside this function,

Print the ancestors of the person containing index “0” from “people []” array by calling the function “ancestors ()” by passing “0” as the argument.

Print the ancestors of the person containing index “6” from “people []” array by calling the function “ancestors ()” by passing “6” as the argument.

Return the statement.

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Answer 3

Question

Chapter 14, Problem 11PC

Program Plan Intro

Ancestral Trees

Program Plan:

Include required header files.

Declare and initialize string arrays “people []”, “mother []”, and “father []”.

Declare and initialize positions for the integer arrays “mom []”, and “pop []”.

Give function prototype “ancestors ()”.

Given function definition for “ancestors ()”.

Print the name of the person.

Check if mom’s position is not equal to -1.

Call the function ““ancestors ()”.

Check if pop’s position is not equal to -1.

Call the function ““ancestors ()”.

Define the function “main ()”. Inside this function,

Print the ancestors of the person containing index “0” from “people []” array by calling the function “ancestors ()” by passing “0” as the argument.

Print the ancestors of the person containing index “6” from “people []” array by calling the function “ancestors ()” by passing “6” as the argument.

Return the statement.

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Answer 4

Question

Chapter 14, Problem 11PC

Program Plan Intro

Ancestral Trees

Program Plan:

Include required header files.

Declare and initialize string arrays “people []”, “mother []”, and “father []”.

Declare and initialize positions for the integer arrays “mom []”, and “pop []”.

Give function prototype “ancestors ()”.

Given function definition for “ancestors ()”.

Print the name of the person.

Check if mom’s position is not equal to -1.

Call the function ““ancestors ()”.

Check if pop’s position is not equal to -1.

Call the function ““ancestors ()”.

Define the function “main ()”. Inside this function,

Print the ancestors of the person containing index “0” from “people []” array by calling the function “ancestors ()” by passing “0” as the argument.

Print the ancestors of the person containing index “6” from “people []” array by calling the function “ancestors ()” by passing “6” as the argument.

Return the statement.

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Answer 5

Chapter 14, Problem 11PC

Program Plan Intro

Ancestral Trees

Program Plan:

Include required header files.

Declare and initialize string arrays “people []”, “mother []”, and “father []”.

Declare and initialize positions for the integer arrays “mom []”, and “pop []”.

Give function prototype “ancestors ()”.

Given function definition for “ancestors ()”.

Print the name of the person.

Check if mom’s position is not equal to -1.

Call the function ““ancestors ()”.

Check if pop’s position is not equal to -1.

Call the function ““ancestors ()”.

Define the function “main ()”. Inside this function,

Print the ancestors of the person containing index “0” from “people []” array by calling the function “ancestors ()” by passing “0” as the argument.

Print the ancestors of the person containing index “6” from “people []” array by calling the function “ancestors ()” by passing “6” as the argument.

Return the statement.

Answer 6

Chapter 14, Problem 11PC

Program Plan Intro

Ancestral Trees

Program Plan:

Include required header files.

Declare and initialize string arrays “people []”, “mother []”, and “father []”.

Declare and initialize positions for the integer arrays “mom []”, and “pop []”.

Give function prototype “ancestors ()”.

Given function definition for “ancestors ()”.

Print the name of the person.

Check if mom’s position is not equal to -1.

Call the function ““ancestors ()”.

Check if pop’s position is not equal to -1.

Call the function ““ancestors ()”.

Define the function “main ()”. Inside this function,

Print the ancestors of the person containing index “0” from “people []” array by calling the function “ancestors ()” by passing “0” as the argument.

Print the ancestors of the person containing index “6” from “people []” array by calling the function “ancestors ()” by passing “6” as the argument.

Return the statement.

Answer 7

Chapter 14, Problem 11PC

Program Plan Intro

Ancestral Trees

Program Plan:

Include required header files.

Declare and initialize string arrays “people []”, “mother []”, and “father []”.

Declare and initialize positions for the integer arrays “mom []”, and “pop []”.

Give function prototype “ancestors ()”.

Given function definition for “ancestors ()”.

Print the name of the person.

Check if mom’s position is not equal to -1.

Call the function ““ancestors ()”.

Check if pop’s position is not equal to -1.

Call the function ““ancestors ()”.

Define the function “main ()”. Inside this function,

Print the ancestors of the person containing index “0” from “people []” array by calling the function “ancestors ()” by passing “0” as the argument.

Print the ancestors of the person containing index “6” from “people []” array by calling the function “ancestors ()” by passing “6” as the argument.

Return the statement.

Answer 8

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Answer 9

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Answer 10

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Answer 11

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