Consider the following statements: #include #include class temporary { private: string description; double first; double second; public: temporary(string = "", double = 0.0, double = 0.0); void set(string, double, double); double manipulate(); void get(string& , double& , double& ); void setdescription(string); void setfirst(double); void setsecond(double); }; write the definition of the member function set() so that the instance variables are set according to the parameters. write the definition of the constructor so that it initializes the instance variables using the function set() write the definition of the member function manipulate() that returns a decimal number (double) as follows: if the value of description is "rectangle", it returns first * second if the value of description is "circle" it returns the area of a circle with radius first if the value of description is "cylinder" it returns the volume of a cylinder with radius first and height second. hint: the volume of a cylinder is simply the area of the circle at the base times the height. if the value of description is "sphere" it returns the volume of the sphere with radius first. otherwise it returns -1.0;

#include <iostream>  

#include <iomanip>  

using namespace std;  

class temporary  

{  

public:  

void set(string, double, double);  

void print();  

double manipulate ();  

void get (string&, double&, double&);  

void setDescription(string);  

void setFirst(double);  

void setSecond(double);  

string getDescription() const;  

double getFirst () const;  

double getSecond () const;  

temporary(string = "", double = 0.0, double = 0.0);  

private:  

string description;  

double first;  

double second;  

};  

void temporary::set(string a, double dblA, double dblB)  

{  

description = a;  

first = dblA;  

second = dblB;  

}  

void temporary::print()  

{  

cout << "\nDescription: " << left << setw(20) << description << endl <<  

" first: " << fixed << setw(10) << setprecision(2) << first << endl <<  

" second: " << fixed << setw(10) << setprecision(2) << second << endl;  

}  

double temporary::manipulate()  

{  

return first / 3.0 + second / 4.0;  

}  

void temporary::get(string& strDesc, double& dblFirst, double& dblSecond)  

{  

strDesc = description;  

dblFirst = first;  

dblSecond = second;  

}  

temporary::temporary(string d, double a, double b) : description(d), first(a), second(b) {}  

void temporary::setFirst(double dblFirst){first = dblFirst;}  

void temporary::setSecond(double dblSecond){second = dblSecond;}  

void temporary::setDescription(string desc){description = desc;}  

string temporary::getDescription() const {return description;}  

double temporary::getFirst () const{return first;}  

double temporary::getSecond () const {return second;}  

int main()  

{  

cout << "temporary a;";  

temporary a;  

a.print();  

cout << "a.setFirst(3.0): ";  

a.setFirst(3.0);  

a.print();  

cout << "a.setSecond(4.5): ";  

a.setSecond(4.5);  

a.print();  

cout << "a.setDescription(\"Picture Frame\") ";  

a.setDescription("Picture Frame");  

a.print();  

cout << "a.print(): ";  

a.print();  

return 0;  

}

the correct answer is: a.)it is never appropriate to use acronyms and emoticons in business communication.