What is difference between conditional operator and bitwise operator?

Answer 1

A binary operator is simply an operator that has two parts, written to the left and to the right of the operator, e.g.:

1 + 2

The binary operator can be a logical operator ("and", "or", "xor", etc. - but "not" is a unary operator), or it can be in some other category, like the arithmetic operator shown above.

A binary operator is simply an operator that has two parts, written to the left and to the right of the operator, e.g.:

1 + 2

The binary operator can be a logical operator ("and", "or", "xor", etc. - but "not" is a unary operator), or it can be in some other category, like the arithmetic operator shown above.

A binary operator is simply an operator that has two parts, written to the left and to the right of the operator, e.g.:

1 + 2

The binary operator can be a logical operator ("and", "or", "xor", etc. - but "not" is a unary operator), or it can be in some other category, like the arithmetic operator shown above.

A binary operator is simply an operator that has two parts, written to the left and to the right of the operator, e.g.:

1 + 2

The binary operator can be a logical operator ("and", "or", "xor", etc. - but "not" is a unary operator), or it can be in some other category, like the arithmetic operator shown above.

Answer 2

What they do. Examples:

int x=0, y=0, z=7, v=3;

x==0 y/x==1 result: 1

x==0 | y/x==1 result: abnormal program termination

z & v result: 3

z && v result: 1

Answer 3

1)BITWISE-AND

The bitwise-AND operator compares each bit of its first operand to the corresponding bit of its second operand. If both bits are 1, the corresponding result bit is set to 1. Otherwise, the corresponding result bit is set to 0.

101

&100

___________

100 =4

2)LOGICAL-AND

Logical operators do not perform the usual arithmetic conversions. Instead, they evaluate each operand in terms of its equivalence to 0. The result of a logical operation is either 0 or 1. The result's type is int.

printf ("%d", 10<12 && 12<10);

answer: 0

The operands of logical-AND and logical-OR expressions are evaluated from left to right. If the value of the first operand is sufficient to determine the result of the operation, the second operand is not evaluated. This is called "short-circuit evaluation".

MoNu(manish soni)

Answer 4

A binary operator is simply an operator that has two parts, written to the left and to the right of the operator, e.g.:

1 + 2

The binary operator can be a logical operator ("and", "or", "xor", etc. - but "not" is a unary operator), or it can be in some other category, like the arithmetic operator shown above.