Include required header files. Declaration of overload functions for “int”, “float”, “double” and “long”. Definition of “absolute()” function for “int”. Check “n” is lesser than “0”. Assign “-n” to the variable “v” for absolute value. Return “n”. Definition of “absolute()” function for “float”. Check “n” is lesser than “0”. Assign “-n” to the variable “v” for absolute value. Return “n”. Definition of “absolute()” function for “double”. Check “n” is lesser than “0”. Assign “-n” to the variable “v” for absolute value. Return “n”. Definition of “absolute()” function for “long”. Check “n” is lesser than “0”. Assign “-n” to the variable “v” for absolute value. Return “n”. Definition of “main()” function. Declare and initialize the variables for “int”, “float”, “double”, “long”. Call the overload “absolute()” functions and display the result.

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Chapter 4, Problem 8P

Program Plan Intro

Include required header files.

Declaration of overload functions for “int”, “float”, “double” and “long”.

Definition of “absolute()” function for “int”.

Check “n” is lesser than “0”.

Assign “-n” to the variable “v” for absolute value.

Return “n”.

Definition of “absolute()” function for “float”.

Check “n” is lesser than “0”.

Assign “-n” to the variable “v” for absolute value.

Return “n”.

Definition of “absolute()” function for “double”.

Check “n” is lesser than “0”.

Assign “-n” to the variable “v” for absolute value.

Return “n”.

Definition of “absolute()” function for “long”.

Check “n” is lesser than “0”.

Assign “-n” to the variable “v” for absolute value.

Return “n”.

Definition of “main()” function.

Declare and initialize the variables for “int”, “float”, “double”, “long”.

Call the overload “absolute()” functions and display the result.

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