In Ripple Carry Adder, the C_out of one Full Adder is the C_in for the next one.

To design a subtractor for computing the result of A-B with the use of adders, it is enough to invert the bits of B.

Is this the truth table of Full Adder?

Half adder is a

Decode the following ASCII message

4b 6e 6f 77 6c 45 64 67 65 20 69 73 20 61 20 50 6f 77 65 72 21

17-bit unsigned Integer can store values up to 2¹⁷ +1

The smallest number of 8-bit signed Integers is -127.

The greatest number stored in 16-bit unsigned integer is greater than the greatest number stored in 16-bit signed integer.

At least one bit in the mantisaa has to be 1 to represent NaN. (Assuming the bits of exponent are all 1's)

Convert the following two's bit to its equivalent decimal.

0001 0110 0101