Question

the programmer has the only solution to operate on bits rather than decimal number identifies the type of operators will be suitable for this situation

Answer 1

$\huge\mathfrak\red{Answer:–}$

Each of the four bitwise operators operate on the corresponding bits of the two operands. The result of combining two bits with a bitwise operator is a single bit, so the easiest way to describe the effect of each bit-by-bit operation is with a truth table. The following figures detail

☙the symbol used for each operator,

☙the operator's name,

☙an exhaustive list of possible inputs with corresponding outputs,

☙a simple rule to summarize the behavior of the operator, and

☙a simple, 4-bit example. Although the bitwise operators can operate on integers of any size, 4-bit

☙values are used in the examples for simplicity. Apply the operator column by column: the ☙pair of bits in each column above the line are the operands and the bit below the line is the result.

Answer 2

Answer:

Each of the four bitwise operators operate on the corresponding bits of the two operands. The result of combining two bits with a bitwise operator is a single bit, so the easiest way to describe the effect of each bit-by-bit operation is with a truth table. The following figures detail

☙the symbol used for each operator,

☙the operator's name,

☙an exhaustive list of possible inputs with corresponding outputs,

☙a simple rule to summarize the behavior of the operator, and

☙a simple, 4-bit example. Although the bitwise operators can operate on integers of any size, 4-bit

☙values are used in the examples for simplicity. Apply the operator column by column: the ☙pair of bits in each column above the line are the operands and the bit below the line is the result.