Given here is a structure defilation:
struct Box { char maker[21];
float height,width,length,volume;
};
Write a function that passes the address of a Box structure and that sets the volume member to the product of the other three dimensions.
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Given here is a structure defilation:
struct Box { char maker[21];
float height,width,length,volume;
};
Write a function that passes the address of a Box structure and that sets the volume member to the product of the other three dimensions.
Given here is a structure defilation:
struct Box { char maker[21];
float height,width,length,volume;
};
Write a function that passes the address of a Box structure and that sets the volume member to the product of the other three dimensions.
#include<iostream.h>
struct box
{
char maker[40];
float height;
float width;
float length;
float volume;
};
box yours;
float boxer_dimensions (const box * compute );
void display_box (const box make);
int main()
{
box yours ={“Apple”, 10.0, 5.0,7.5};// to initialize a record
char name[40];
float dia;
dia= boxer_dimensions (&yours); //function call
yours.volume = dia;// assigning results to volume member record
display_box (yours);// function call
return 0;
}
float boxer_dimensions (const box *compute )// specs calls for passing address of the structure
{
float Vol;
Vol= ((compute->height)*(compute->length)*(compute->width));
//computation for volume here
return Vol;
}
void display_box (const box make)/// display all results here
{
cout << make.maker <<endl;
cout << make.height <<endl;
cout << make.width <<endl;
cout << make.length<< endl;
cout << make.volume<<endl;
}