In which of the following expressions can the parenthesis be removed without affecting the meaning of the expression? Assume ptr is an integer pointer. Select one or more:

a) flags = flags | (1 << 3);

b) flags = flags & ~(1 << 5);

c) flags = x << (3 *2 + 1);

d) flags = flags & (~0177);

e) flags = * ( ptr + 1);

Which of the following are NOT valid C integer literals? Select one or more:

a) int x = 014;

b) int x = 1011001;

c) int x = 027UL;

d) int x = 0X3b;

e) int x = 0xf2G;

f) int x = 0382;

Given the declaration

char messages[4][8] = {"Hello","Hi", "There", "Bye"};

int arrInt[4][3] = {{1,2,3}, {4,5,6}, {7,8,9}{10, 11, 12}};

Which are the valid call(s) on the arrays? Select one or more:

a) printf("%c", messages[1] );

b) scanf("%s", message[1]);

c) printf("%d", arrInt[1] );

d) printf("%d", strlen(messages[1][0] );

e) messages[1][0] = messages[2][1];

f) fgets(arrInt[2], 3, stdout);

g) strcat(messages[2], "Hello World");

h) scanf("%d", &arrInt[1][0]);

Suppose variable k got value 6. Also suppose a[j] has address 1000.

Which of the following expressions evaluate to 1? Assume int has 4 bytes.

int a[] = {7,3,5,6,8,9,2,4,1};

int * p = a + i;

int * q = a + j;

int k = p - q;

Select one or more:

a) &a[i] == 1024

b) i - j == 6

c) &a[i] == 1006

d) p > q

e) i - j == 5

f) *p > *q

Which of the following could be a valid function calls in place of processArr( ?? )

int main() {

char msg[] = "Hello World";

char * p = msg;

processArr ( ?? );

}

void processArr (char arr[]) {

arr[0] = 'A';

}

Select one or more:

a) processArr ( *p + 2 )

b) processArr ( &(p+3) )

c) processArr ( *(p+3) )

d) processArr ( p )

e) processArr ( &msg[2] )

f) processArr ( *(msg+3) )