Q. Runtime polymorphism can be achieved by:

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Q. When a function is recursively called, all automatic variables:

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Q. Enumeration variables can be used in:

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Q. int arr[ ] = {1, 2, 3, 4}
int count;
incr( ) {return ++count;}
main( )
{
arr[count++]=incr( );
printf(“arr[count]=%d\n”, arr[count]);
}

The value printed by the above program is:

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Q. When one-dimensional character array of unspecified length is assigned an initial value:

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Q. The declaration “unsigned u” indicates:

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Q. What is the output of the following program segment ?

main()
{
int count, digit=0;
count=1;
while(digit<=9){
printf(“%d\n”,++count); ++digit;}
}

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Q. A static variable is one:

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Q. If the following loop is implemented

    {
int num=0;
do{--num; printf(“%d”, num); num++;}
while(num>=0)
}

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Q. #define max(x,y) x=(x>y)?x:y

is a macro definition, which can find the maximum of two numbers x and y if:

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Q. The function sprint() works like printf(), but operates on:

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Q. What is the output of the following C program:

main()
{ printf(“%d%d%d”, sizeof(3.14f), sizeof(3.14), sizeof(3.141)); }

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Q. The bitwise OR of 35 with 7 in C will be:

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Q. Data members and member function of a class by default is respectively:

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Q. Function overloading done at:

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Q. What will be the value of i for the following expression:

int f = 11, i = 3;
i+ = (f >3)?i & 2:5;

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Q. After 3 calls of the c function bug() below, the values of i and j will be:

int j = 1;
bug()
{ Static int i = 0; int j = 0;
i++; j++;
return (i) ; }

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Q. Find the output of the following “C” code:

Main ( )
{ int x = 20, y = 35;
x = y++ + x++;
y = ++y + ++x;
printf (“%d, %d\n”, x, y);
}

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Q. The data hiding is taken care by:

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Q. If a data-item is declared as a protected access specifier then it can be accessed:

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