In relation to watchdog timer registers, which of the following is the correct bit range used by WDTPW (watchdog timer password)?

What would be printed on the standard output as a result of the following code snippet?

char i = 'A';

char *j;

j = & i;

*j = *j + 32;

printf("%c",i);

{

  k1 = k2;

  k2 = num2[0];

  break;

}

else if (x2 == n)

{

  k1 = k2;

  k2 = num1[0];

  break;

}

if (num1[x1] < num2[x2])

{

  k1 = k2;

  k2 = num1[x1];

  x1++;

}

else

{

  k1 = k2;

  k2 = num2[x2];

  x2++;

}

  }

  return (k1 + k2)/2;

}

int main()

{

  int num1[] = {22, 27, 34, 31, 39};

  int num2[] = {22, 54, 67, 74, 46};

  int p1 = sizeof(num1) / sizeof(num1[0]);

  int p2 = sizeof(num2) / sizeof(num2[0]);

  if (p1 == p2)

  printf("%d", funct1(num1, num2, p1));

  else

  printf("failure");

  return 0;

}

Find the output of the following code and choose the correct answer from the given options.

#include <stdio.h>

int funct1(int num1[], int num2[], int n)

{

  int x1 = 0;

  int x2 = 0;

  int total;

  int k1 = –1, k2 = –1;

  for (total = 0; total <= n; total++)

  {

if (x1 == n)

{

  k1 = k2;

  k2 = num2[0];

  break;

}

else if (x2 == n)

{

  k1 = k2;

  k2 = num1[0];

  break;

}

if (num1[x1] < num2[x2])

{

  k1 = k2;

  k2 = num1[x1];

  x1++;

}

else

{

  k1 = k2;

  k2 = num2[x2];

  x2++;

}

  }

  return (k1 + k2)/2;

}

int main()

{

  int num1[] = {22, 27, 34, 31, 39};

  int num2[] = {22, 54, 67, 74, 46};

  int p1 = sizeof(num1) / sizeof(num1[0]);

  int p2 = sizeof(num2) / sizeof(num2[0]);

  if (p1 == p2)

  printf("%d", funct1(num1, num2, p1));

  else

  printf("failure");

  return 0;

}

f = res( a ) ;

f++;

printf ( "%d", f++ ) ;

return 0;

}

res ( int x )

{

int f=1 ;

if ( x == 1 )

return ( 1 ) ;

else

f = f/4.5 + x * res ( x - 1 ) ;

return ( f++ ) ;

}

Which of the following options is the output of the given program?

int main( )

{

int a=8.5, f=1 ;

f = res( a ) ;

f++;

printf ( "%d", f++ ) ;

return 0;

}

res ( int x )

{

int f=1 ;

if ( x == 1 )

return ( 1 ) ;

else

f = f/4.5 + x * res ( x - 1 ) ;

return ( f++ ) ;

}

k = abc ( i, j ) ;

l = abc ( i, j ) ;

k=k+3;

l=l+3;

printf ( "%d %d", k, l ) ;

return 0;

}

abc ( int ii, int jj )

{

int kk, ll ;

kk = ii + jj+3 ;

ll = ii * jj+2 ;

return ( kk, ll ) ;

}

Choose the correct output of the following C program.

int main( )

{

int i = 3, j = 4, k, l ;

k = abc ( i, j ) ;

l = abc ( i, j ) ;

k=k+3;

l=l+3;

printf ( "%d %d", k, l ) ;

return 0;

}

abc ( int ii, int jj )

{

int kk, ll ;

kk = ii + jj+3 ;

ll = ii * jj+2 ;

return ( kk, ll ) ;

}