Modified version of the exercise 7.10 with the global variables: Program Plan: Include required header files. Give the function prototype. Declare the variable “n” and “val” as global variable Define the main function, Get the number from the user. Call the function “prime()”. Check whether “val” equals to “1”. Print the corresponding statement. Otherwise, if the condition fails, Print the corresponding statement. Definition for the function “prime()”, Declare the variable “i”. Use for loop to check the condition. Check whether the remainder equals to 0. Return the value “0”. Return the value “1”.

Question

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Answer 1

Question

Chapter 7, Problem 14E

7.10

Program Plan Intro

Modified version of the exercise 7.10 with the global variables:

Program Plan:

Include required header files.

Give the function prototype.

Declare the variable “n” and “val” as global variable

Define the main function,

Get the number from the user.

Call the function “prime()”.

Check whether “val” equals to “1”.

Print the corresponding statement.

Otherwise, if the condition fails,

Print the corresponding statement.

Definition for the function “prime()”,

Declare the variable “i”.

Use for loop to check the condition.

Check whether the remainder equals to 0.

Return the value “0”.

Return the value “1”.

a)

Program Plan Intro

Modified version of the exercise 7.12(a) with the global variables:

Program Plan:

Include required header files

Declare and initialize the array values globally

Declare the array “Arr_2” globally.

Definition for the function “isTrans(int A[4][5], int B[5][4])”

Declare the variable “k” and “l”.

For loop to check whether “k” is less than “4”

For loop to check whether “j” is less than “5”

Condition to check if both the elements in the array are not equal.

Return the value “0”.

Return the value “1”.

Definition for the function “transposeMatrix(int A[4][5], int B[5][4])”

Declare the variable “k” and “l”.

For loop to check whether “k” is less than “4”

For loop to check whether “j” is less than “5”

Condition to check if both the elements in the array are equal.

Return the value “0”.

Check whether “isTrans(A,B)” equals to 1.

For loop to check whether “k” is less than “5”

For loop to check whether “l” is less than “4”

Print the element.

Print new line.

Otherwise, print the corresponding statement inside “else” clause.

Define the main function

Call the function “transpose()” by passing the array.

Return the value “0”.

b)

Program Plan Intro

Modified version of the exercise 7.12(b) with the global variables:

Program Plan:

Include required header files

Definition for the function “isTrans(int A[row][col], int B[row][col])”

Declare the variable “k” and “l”.

For loop to check whether “k” is less than “row”

For loop to check whether “j” is less than “col”

Condition to check if both the elements in the array are not equal.

Return the value “0”.

Return the value “1”.

Definition for the function “t(int A[row][col], int B[row][col])”

Declare the variable “k” and “l”.

For loop to check whether “k” is less than “row”

For loop to check whether “j” is less than “col”

Condition to check if both the elements in the array are equal.

Return the value “0”.

Check whether “isTrans(A,B)” equals to 1.

For loop to check whether “k” is less than “col”

For loop to check whether “l” is less than “row”

Print the element.

Print new line.

Otherwise, print the corresponding statement inside “else” clause.

Define the main function

Declare and initialize the array values.

Declare the array “Arr_2”.

Call the function “transpose()” by passing the array.

Return the value “0”.

7.13

Program Plan Intro

Modified version of the exercise 7.13 with the global variables:

Program Plan:

Include required header files.

Declare and initialize the array as global.

Declare the variable “n” as global variable.

Definition for the function “sort()”.

Declare the variables.

Condition to check the “i<n-1”.

Condition to check the “j<n”.

Check whether to sort in increasing order.

Assign “a[i] ” to “temp”.

Assign “a[j] ” to “a[i]”.

Assign “a[j]” to “temp”.

Check whether to sort in decreasing order.

Assign “a[i]” to “temp”.

Assign “a[j] ” to “a[i]”.

Assign “a[j]” to “temp”

Define the main function

Print the statement.

Loop to traverse the array.

Print the element.

Call the function “sort()”.

Loop to traverse the array.

Print the element.

Print new line

Return the value “0”.

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reminder it an exercice not a grading work GETTING STARTED Open the file SC_EX19_EOM2-1_FirstLastNamexlsx, available for download from the SAM website. Save the file as SC_EX19_EOM2-1_FirstLastNamexlsx by changing the “1” to a “2”. If you do not see the .xlsx file extension in the Save As dialog box, do not type it. The program will add the file extension for you automatically. With the file SC_EX19_EOM2-1_FirstLastNamexlsx still open, ensure that your first and last name is displayed in cell B6 of the Documentation sheet. If cell B6 does not display your name, delete the file and download a new copy from the SAM website. Brad Kauffman is the senior director of projects for Rivera Engineering in Miami, Florida. The company performs engineering projects for public utilities and energy companies. Brad has started to create an Excel workbook to track estimated and actual hours and billing amounts for each project. He asks you to format the workbook to make the…

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Answer 2

Question

Chapter 7, Problem 14E

7.10

Program Plan Intro

Modified version of the exercise 7.10 with the global variables:

Program Plan:

Include required header files.

Give the function prototype.

Declare the variable “n” and “val” as global variable

Define the main function,

Get the number from the user.

Call the function “prime()”.

Check whether “val” equals to “1”.

Print the corresponding statement.

Otherwise, if the condition fails,

Print the corresponding statement.

Definition for the function “prime()”,

Declare the variable “i”.

Use for loop to check the condition.

Check whether the remainder equals to 0.

Return the value “0”.

Return the value “1”.

a)

Program Plan Intro

Modified version of the exercise 7.12(a) with the global variables:

Program Plan:

Include required header files

Declare and initialize the array values globally

Declare the array “Arr_2” globally.

Definition for the function “isTrans(int A[4][5], int B[5][4])”

Declare the variable “k” and “l”.

For loop to check whether “k” is less than “4”

For loop to check whether “j” is less than “5”

Condition to check if both the elements in the array are not equal.

Return the value “0”.

Return the value “1”.

Definition for the function “transposeMatrix(int A[4][5], int B[5][4])”

Declare the variable “k” and “l”.

For loop to check whether “k” is less than “4”

For loop to check whether “j” is less than “5”

Condition to check if both the elements in the array are equal.

Return the value “0”.

Check whether “isTrans(A,B)” equals to 1.

For loop to check whether “k” is less than “5”

For loop to check whether “l” is less than “4”

Print the element.

Print new line.

Otherwise, print the corresponding statement inside “else” clause.

Define the main function

Call the function “transpose()” by passing the array.

Return the value “0”.

b)

Program Plan Intro

Modified version of the exercise 7.12(b) with the global variables:

Program Plan:

Include required header files

Definition for the function “isTrans(int A[row][col], int B[row][col])”

Declare the variable “k” and “l”.

For loop to check whether “k” is less than “row”

For loop to check whether “j” is less than “col”

Condition to check if both the elements in the array are not equal.

Return the value “0”.

Return the value “1”.

Definition for the function “t(int A[row][col], int B[row][col])”

Declare the variable “k” and “l”.

For loop to check whether “k” is less than “row”

For loop to check whether “j” is less than “col”

Condition to check if both the elements in the array are equal.

Return the value “0”.

Check whether “isTrans(A,B)” equals to 1.

For loop to check whether “k” is less than “col”

For loop to check whether “l” is less than “row”

Print the element.

Print new line.

Otherwise, print the corresponding statement inside “else” clause.

Define the main function

Declare and initialize the array values.

Declare the array “Arr_2”.

Call the function “transpose()” by passing the array.

Return the value “0”.

7.13

Program Plan Intro

Modified version of the exercise 7.13 with the global variables:

Program Plan:

Include required header files.

Declare and initialize the array as global.

Declare the variable “n” as global variable.

Definition for the function “sort()”.

Declare the variables.

Condition to check the “i<n-1”.

Condition to check the “j<n”.

Check whether to sort in increasing order.

Assign “a[i] ” to “temp”.

Assign “a[j] ” to “a[i]”.

Assign “a[j]” to “temp”.

Check whether to sort in decreasing order.

Assign “a[i]” to “temp”.

Assign “a[j] ” to “a[i]”.

Assign “a[j]” to “temp”

Define the main function

Print the statement.

Loop to traverse the array.

Print the element.

Call the function “sort()”.

Loop to traverse the array.

Print the element.

Print new line

Return the value “0”.

Expert Solution & Answer

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Answer 3

Question

Chapter 7, Problem 14E

7.10

Program Plan Intro

Modified version of the exercise 7.10 with the global variables:

Program Plan:

Include required header files.

Give the function prototype.

Declare the variable “n” and “val” as global variable

Define the main function,

Get the number from the user.

Call the function “prime()”.

Check whether “val” equals to “1”.

Print the corresponding statement.

Otherwise, if the condition fails,

Print the corresponding statement.

Definition for the function “prime()”,

Declare the variable “i”.

Use for loop to check the condition.

Check whether the remainder equals to 0.

Return the value “0”.

Return the value “1”.

a)

Program Plan Intro

Modified version of the exercise 7.12(a) with the global variables:

Program Plan:

Include required header files

Declare and initialize the array values globally

Declare the array “Arr_2” globally.

Definition for the function “isTrans(int A[4][5], int B[5][4])”

Declare the variable “k” and “l”.

For loop to check whether “k” is less than “4”

For loop to check whether “j” is less than “5”

Condition to check if both the elements in the array are not equal.

Return the value “0”.

Return the value “1”.

Definition for the function “transposeMatrix(int A[4][5], int B[5][4])”

Declare the variable “k” and “l”.

For loop to check whether “k” is less than “4”

For loop to check whether “j” is less than “5”

Condition to check if both the elements in the array are equal.

Return the value “0”.

Check whether “isTrans(A,B)” equals to 1.

For loop to check whether “k” is less than “5”

For loop to check whether “l” is less than “4”

Print the element.

Print new line.

Otherwise, print the corresponding statement inside “else” clause.

Define the main function

Call the function “transpose()” by passing the array.

Return the value “0”.

b)

Program Plan Intro

Modified version of the exercise 7.12(b) with the global variables:

Program Plan:

Include required header files

Definition for the function “isTrans(int A[row][col], int B[row][col])”

Declare the variable “k” and “l”.

For loop to check whether “k” is less than “row”

For loop to check whether “j” is less than “col”

Condition to check if both the elements in the array are not equal.

Return the value “0”.

Return the value “1”.

Definition for the function “t(int A[row][col], int B[row][col])”

Declare the variable “k” and “l”.

For loop to check whether “k” is less than “row”

For loop to check whether “j” is less than “col”

Condition to check if both the elements in the array are equal.

Return the value “0”.

Check whether “isTrans(A,B)” equals to 1.

For loop to check whether “k” is less than “col”

For loop to check whether “l” is less than “row”

Print the element.

Print new line.

Otherwise, print the corresponding statement inside “else” clause.

Define the main function

Declare and initialize the array values.

Declare the array “Arr_2”.

Call the function “transpose()” by passing the array.

Return the value “0”.

7.13

Program Plan Intro

Modified version of the exercise 7.13 with the global variables:

Program Plan:

Include required header files.

Declare and initialize the array as global.

Declare the variable “n” as global variable.

Definition for the function “sort()”.

Declare the variables.

Condition to check the “i<n-1”.

Condition to check the “j<n”.

Check whether to sort in increasing order.

Assign “a[i] ” to “temp”.

Assign “a[j] ” to “a[i]”.

Assign “a[j]” to “temp”.

Check whether to sort in decreasing order.

Assign “a[i]” to “temp”.

Assign “a[j] ” to “a[i]”.

Assign “a[j]” to “temp”

Define the main function

Print the statement.

Loop to traverse the array.

Print the element.

Call the function “sort()”.

Loop to traverse the array.

Print the element.

Print new line

Return the value “0”.

Expert Solution & Answer

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Check out a sample textbook solution

See solution

Answer 4

Question

Chapter 7, Problem 14E

7.10

Program Plan Intro

Modified version of the exercise 7.10 with the global variables:

Program Plan:

Include required header files.

Give the function prototype.

Declare the variable “n” and “val” as global variable

Define the main function,

Get the number from the user.

Call the function “prime()”.

Check whether “val” equals to “1”.

Print the corresponding statement.

Otherwise, if the condition fails,

Print the corresponding statement.

Definition for the function “prime()”,

Declare the variable “i”.

Use for loop to check the condition.

Check whether the remainder equals to 0.

Return the value “0”.

Return the value “1”.

a)

Program Plan Intro

Modified version of the exercise 7.12(a) with the global variables:

Program Plan:

Include required header files

Declare and initialize the array values globally

Declare the array “Arr_2” globally.

Definition for the function “isTrans(int A[4][5], int B[5][4])”

Declare the variable “k” and “l”.

For loop to check whether “k” is less than “4”

For loop to check whether “j” is less than “5”

Condition to check if both the elements in the array are not equal.

Return the value “0”.

Return the value “1”.

Definition for the function “transposeMatrix(int A[4][5], int B[5][4])”

Declare the variable “k” and “l”.

For loop to check whether “k” is less than “4”

For loop to check whether “j” is less than “5”

Condition to check if both the elements in the array are equal.

Return the value “0”.

Check whether “isTrans(A,B)” equals to 1.

For loop to check whether “k” is less than “5”

For loop to check whether “l” is less than “4”

Print the element.

Print new line.

Otherwise, print the corresponding statement inside “else” clause.

Define the main function

Call the function “transpose()” by passing the array.

Return the value “0”.

b)

Program Plan Intro

Modified version of the exercise 7.12(b) with the global variables:

Program Plan:

Include required header files

Definition for the function “isTrans(int A[row][col], int B[row][col])”

Declare the variable “k” and “l”.

For loop to check whether “k” is less than “row”

For loop to check whether “j” is less than “col”

Condition to check if both the elements in the array are not equal.

Return the value “0”.

Return the value “1”.

Definition for the function “t(int A[row][col], int B[row][col])”

Declare the variable “k” and “l”.

For loop to check whether “k” is less than “row”

For loop to check whether “j” is less than “col”

Condition to check if both the elements in the array are equal.

Return the value “0”.

Check whether “isTrans(A,B)” equals to 1.

For loop to check whether “k” is less than “col”

For loop to check whether “l” is less than “row”

Print the element.

Print new line.

Otherwise, print the corresponding statement inside “else” clause.

Define the main function

Declare and initialize the array values.

Declare the array “Arr_2”.

Call the function “transpose()” by passing the array.

Return the value “0”.

7.13

Program Plan Intro

Modified version of the exercise 7.13 with the global variables:

Program Plan:

Include required header files.

Declare and initialize the array as global.

Declare the variable “n” as global variable.

Definition for the function “sort()”.

Declare the variables.

Condition to check the “i<n-1”.

Condition to check the “j<n”.

Check whether to sort in increasing order.

Assign “a[i] ” to “temp”.

Assign “a[j] ” to “a[i]”.

Assign “a[j]” to “temp”.

Check whether to sort in decreasing order.

Assign “a[i]” to “temp”.

Assign “a[j] ” to “a[i]”.

Assign “a[j]” to “temp”

Define the main function

Print the statement.

Loop to traverse the array.

Print the element.

Call the function “sort()”.

Loop to traverse the array.

Print the element.

Print new line

Return the value “0”.

Expert Solution & Answer

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Check out a sample textbook solution

See solution

Answer 5

Chapter 7, Problem 14E

7.10

Program Plan Intro

Modified version of the exercise 7.10 with the global variables:

Program Plan:

Include required header files.

Give the function prototype.

Declare the variable “n” and “val” as global variable

Define the main function,

Get the number from the user.

Call the function “prime()”.

Check whether “val” equals to “1”.

Print the corresponding statement.

Otherwise, if the condition fails,

Print the corresponding statement.

Definition for the function “prime()”,

Declare the variable “i”.

Use for loop to check the condition.

Check whether the remainder equals to 0.

Return the value “0”.

Return the value “1”.

a)

Program Plan Intro

Modified version of the exercise 7.12(a) with the global variables:

Program Plan:

Include required header files

Declare and initialize the array values globally

Declare the array “Arr_2” globally.

Definition for the function “isTrans(int A[4][5], int B[5][4])”

Declare the variable “k” and “l”.

For loop to check whether “k” is less than “4”

For loop to check whether “j” is less than “5”

Condition to check if both the elements in the array are not equal.

Return the value “0”.

Return the value “1”.

Definition for the function “transposeMatrix(int A[4][5], int B[5][4])”

Declare the variable “k” and “l”.

For loop to check whether “k” is less than “4”

For loop to check whether “j” is less than “5”

Condition to check if both the elements in the array are equal.

Return the value “0”.

Check whether “isTrans(A,B)” equals to 1.

For loop to check whether “k” is less than “5”

For loop to check whether “l” is less than “4”

Print the element.

Print new line.

Otherwise, print the corresponding statement inside “else” clause.

Define the main function

Call the function “transpose()” by passing the array.

Return the value “0”.

b)

Program Plan Intro

Modified version of the exercise 7.12(b) with the global variables:

Program Plan:

Include required header files

Definition for the function “isTrans(int A[row][col], int B[row][col])”

Declare the variable “k” and “l”.

For loop to check whether “k” is less than “row”

For loop to check whether “j” is less than “col”

Condition to check if both the elements in the array are not equal.

Return the value “0”.

Return the value “1”.

Definition for the function “t(int A[row][col], int B[row][col])”

Declare the variable “k” and “l”.

For loop to check whether “k” is less than “row”

For loop to check whether “j” is less than “col”

Condition to check if both the elements in the array are equal.

Return the value “0”.

Check whether “isTrans(A,B)” equals to 1.

For loop to check whether “k” is less than “col”

For loop to check whether “l” is less than “row”

Print the element.

Print new line.

Otherwise, print the corresponding statement inside “else” clause.

Define the main function

Declare and initialize the array values.

Declare the array “Arr_2”.

Call the function “transpose()” by passing the array.

Return the value “0”.

7.13

Program Plan Intro

Modified version of the exercise 7.13 with the global variables:

Program Plan:

Include required header files.

Declare and initialize the array as global.

Declare the variable “n” as global variable.

Definition for the function “sort()”.

Declare the variables.

Condition to check the “i<n-1”.

Condition to check the “j<n”.

Check whether to sort in increasing order.

Assign “a[i] ” to “temp”.

Assign “a[j] ” to “a[i]”.

Assign “a[j]” to “temp”.

Check whether to sort in decreasing order.

Assign “a[i]” to “temp”.

Assign “a[j] ” to “a[i]”.

Assign “a[j]” to “temp”

Define the main function

Print the statement.

Loop to traverse the array.

Print the element.

Call the function “sort()”.

Loop to traverse the array.

Print the element.

Print new line

Return the value “0”.

Answer 6

Chapter 7, Problem 14E

7.10

Program Plan Intro

Modified version of the exercise 7.10 with the global variables:

Program Plan:

Include required header files.

Give the function prototype.

Declare the variable “n” and “val” as global variable

Define the main function,

Get the number from the user.

Call the function “prime()”.

Check whether “val” equals to “1”.

Print the corresponding statement.

Otherwise, if the condition fails,

Print the corresponding statement.

Definition for the function “prime()”,

Declare the variable “i”.

Use for loop to check the condition.

Check whether the remainder equals to 0.

Return the value “0”.

Return the value “1”.

Answer 7

Chapter 7, Problem 14E

7.10

Program Plan Intro

Modified version of the exercise 7.10 with the global variables:

Program Plan:

Include required header files.

Give the function prototype.

Declare the variable “n” and “val” as global variable

Define the main function,

Get the number from the user.

Call the function “prime()”.

Check whether “val” equals to “1”.

Print the corresponding statement.

Otherwise, if the condition fails,

Print the corresponding statement.

Definition for the function “prime()”,

Declare the variable “i”.

Use for loop to check the condition.

Check whether the remainder equals to 0.

Return the value “0”.

Return the value “1”.

Answer 8

a)

Program Plan Intro

Modified version of the exercise 7.12(a) with the global variables:

Program Plan:

Include required header files

Declare and initialize the array values globally

Declare the array “Arr_2” globally.

Definition for the function “isTrans(int A[4][5], int B[5][4])”

Declare the variable “k” and “l”.

For loop to check whether “k” is less than “4”

For loop to check whether “j” is less than “5”

Condition to check if both the elements in the array are not equal.

Return the value “0”.

Return the value “1”.

Definition for the function “transposeMatrix(int A[4][5], int B[5][4])”

Declare the variable “k” and “l”.

For loop to check whether “k” is less than “4”

For loop to check whether “j” is less than “5”

Condition to check if both the elements in the array are equal.

Return the value “0”.

Check whether “isTrans(A,B)” equals to 1.

For loop to check whether “k” is less than “5”

For loop to check whether “l” is less than “4”

Print the element.

Print new line.

Otherwise, print the corresponding statement inside “else” clause.

Define the main function

Call the function “transpose()” by passing the array.

Return the value “0”.

Answer 9

a)

Program Plan Intro

Modified version of the exercise 7.12(a) with the global variables:

Program Plan:

Include required header files

Declare and initialize the array values globally

Declare the array “Arr_2” globally.

Definition for the function “isTrans(int A[4][5], int B[5][4])”

Declare the variable “k” and “l”.

For loop to check whether “k” is less than “4”

For loop to check whether “j” is less than “5”

Condition to check if both the elements in the array are not equal.

Return the value “0”.

Return the value “1”.

Definition for the function “transposeMatrix(int A[4][5], int B[5][4])”

Declare the variable “k” and “l”.

For loop to check whether “k” is less than “4”

For loop to check whether “j” is less than “5”

Condition to check if both the elements in the array are equal.

Return the value “0”.

Check whether “isTrans(A,B)” equals to 1.

For loop to check whether “k” is less than “5”

For loop to check whether “l” is less than “4”

Print the element.

Print new line.

Otherwise, print the corresponding statement inside “else” clause.

Define the main function

Call the function “transpose()” by passing the array.

Return the value “0”.

Answer 10

b)

Program Plan Intro

Modified version of the exercise 7.12(b) with the global variables:

Program Plan:

Include required header files

Definition for the function “isTrans(int A[row][col], int B[row][col])”

Declare the variable “k” and “l”.

For loop to check whether “k” is less than “row”

For loop to check whether “j” is less than “col”

Condition to check if both the elements in the array are not equal.

Return the value “0”.

Return the value “1”.

Definition for the function “t(int A[row][col], int B[row][col])”

Declare the variable “k” and “l”.

For loop to check whether “k” is less than “row”

For loop to check whether “j” is less than “col”

Condition to check if both the elements in the array are equal.

Return the value “0”.

Check whether “isTrans(A,B)” equals to 1.

For loop to check whether “k” is less than “col”

For loop to check whether “l” is less than “row”

Print the element.

Print new line.

Otherwise, print the corresponding statement inside “else” clause.

Define the main function

Declare and initialize the array values.

Declare the array “Arr_2”.

Call the function “transpose()” by passing the array.

Return the value “0”.

Answer 11

b)

Program Plan Intro

Modified version of the exercise 7.12(b) with the global variables:

Program Plan:

Include required header files

Definition for the function “isTrans(int A[row][col], int B[row][col])”

Declare the variable “k” and “l”.

For loop to check whether “k” is less than “row”

For loop to check whether “j” is less than “col”

Condition to check if both the elements in the array are not equal.

Return the value “0”.

Return the value “1”.

Definition for the function “t(int A[row][col], int B[row][col])”

Declare the variable “k” and “l”.

For loop to check whether “k” is less than “row”

For loop to check whether “j” is less than “col”

Condition to check if both the elements in the array are equal.

Return the value “0”.

Check whether “isTrans(A,B)” equals to 1.

For loop to check whether “k” is less than “col”

For loop to check whether “l” is less than “row”

Print the element.

Print new line.

Otherwise, print the corresponding statement inside “else” clause.

Define the main function

Declare and initialize the array values.

Declare the array “Arr_2”.

Call the function “transpose()” by passing the array.

Return the value “0”.

Answer 12

7.13

Program Plan Intro

Modified version of the exercise 7.13 with the global variables:

Program Plan:

Include required header files.

Declare and initialize the array as global.

Declare the variable “n” as global variable.

Definition for the function “sort()”.

Declare the variables.

Condition to check the “i<n-1”.

Condition to check the “j<n”.

Check whether to sort in increasing order.

Assign “a[i] ” to “temp”.

Assign “a[j] ” to “a[i]”.

Assign “a[j]” to “temp”.

Check whether to sort in decreasing order.

Assign “a[i]” to “temp”.

Assign “a[j] ” to “a[i]”.

Assign “a[j]” to “temp”

Define the main function

Print the statement.

Loop to traverse the array.

Print the element.

Call the function “sort()”.

Loop to traverse the array.

Print the element.

Print new line

Return the value “0”.

Answer 13

7.13

Program Plan Intro

Modified version of the exercise 7.13 with the global variables:

Program Plan:

Include required header files.

Declare and initialize the array as global.

Declare the variable “n” as global variable.

Definition for the function “sort()”.

Declare the variables.

Condition to check the “i<n-1”.

Condition to check the “j<n”.

Check whether to sort in increasing order.

Assign “a[i] ” to “temp”.

Assign “a[j] ” to “a[i]”.

Assign “a[j]” to “temp”.

Check whether to sort in decreasing order.

Assign “a[i]” to “temp”.

Assign “a[j] ” to “a[i]”.

Assign “a[j]” to “temp”

Define the main function

Print the statement.

Loop to traverse the array.

Print the element.

Call the function “sort()”.

Loop to traverse the array.

Print the element.

Print new line

Return the value “0”.

Answer 14

Expert Solution & Answer

Answer 15

Expert Solution & Answer

Answer 16

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Answer 17

Ch. 7 - Type in and run the 17 programs presented in this...Ch. 7 - Prob. 2E Ch. 7 - Modify Program 7.8 so that the value of e is...Ch. 7 - Modify Program 7.8 so that the value of g is...Ch. 7 - Prob. 6E Ch. 7 - Write a function that raises an integer to a...Ch. 7 - Prob. 8E Ch. 7 - The least common multiple (1cm) of two positive...Ch. 7 - Prob. 10E Ch. 7 - Write a function called a that takes two...

Solution Summary: The author explains how to use the global variables in the exercise 7.10 with the function prototype.

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Chapter 7 Solutions