page 27:

#include <iostream> 
using namespace std	;
	
struct part
{int i			;
char s			;
}				;

int main()
{
part part1			; // part part1.i=2 etc is not possible 

part1.i = 2		; 
part1.s='A'		;

cout << part1.i		;
cout << part1.s	<< endl	;
cin.get()			;

return 0			;
}



page 27:

#include <iostream> 
using namespace std	;
	
struct part
{int i			;
char s			;
}				;

int main()
{
part part1 = {2,'A'}	;
cout << part1.i		;
cout << part1.s	<< endl	;	
cin.get()			;
return 0			;
}



page 28:

#include <iostream> 
using namespace std	;

struct part
{int i			;
char s			;
}				;

int main()
{

part part1	= {2,'A'}	;
part part2			;

part2 = part1		;

cout << part1.i		;
cout << part1.s << endl ;

cout << part2.i		;
cout << part2.s	<< endl ;
cin.get()			;
return 0			;
}


page 29:

#include <iostream> 
using namespace std				;

int main()
{
enum suite {heart,diamond,club,spade}	; 
suite card1					;
card1 = club					;
cout << card1 << endl				;
cin.get()			;
return 0						;
}

page 30:

#include <iostream> 
#include <process.h> 
using namespace std			;

int main()
{
bool flag = false			;

for (int i = 1; i <= 12; i++)
if (i % 6 == 0) flag = true		;

if (flag == true)
cout << "a number divisible by 6 was found" << endl		;
cin.get()			;
exit(0)						;
return 0					;
}

page 31:

#include <iostream> 
using namespace std		;

struct part
{int i				;
char s				;
}					;

int main()
{
part part1, part2, part3	;

part1.i = 4			;
part2.i = 5			;

part3.i = part1.i + part2.i	;

cout << part3.i	<< endl	;
cin.get()			;

return 0				;
}