The number 39 when represented in 2’s complement form is

The binary number (1101.111)₂ when represented by floating point notation is

An arbitrary number system has a radix of 32 with ‘0’ to ‘9’ and ‘A’ to ‘V’ as its 32 basic digits, ‘0’ being the first and ‘V’ being the 32^nd. The number immediately following ‘V’ in the arbitrary number system will be

Binary number (1110101)_2, when converted into an equivalent decimal number gives the result as

The numbers that come immediately after and before hexadecimal number (FFEF)₁₆ are, respectively

Binary number (1101)₂ when added to another binary number (101)₂ yields

An arbitrary number system has a radix of 32 with ‘0’ to ‘9’ and ‘A’ to ‘V’ as its 32 basic digits, ‘0’ being the first and ‘V’ being the 32nd. Decimal number (128)₁₀ in this arbitrary number system

Amongst the following 4-bit groups, pick the one that is forbidden in 8421 BCD code:

1001, 1, 1010, 2, 0101, 0110

The decimal number 78 in 5421 BCD code will be

64 in decimal is equivalent to

One's complement of (11)₂ in 8-digit arithmetic is

9's complement of (2903)₁₀ is

Two's complement of (101)₂ in 8-digit arithmetic is

Decimal 15 in binary system can be written as

128 in decimal is equivalent to

(011)₂ is equivalent to

The number that immediately precede (777)₂ and (1111)₂ are receptively

Decimal equivalent of BCD 8421 number (10000.1001) is

1's complement of (11101)₂, (FFF)₁₆, (F1EA)₁₆ and (732)₈ are

Number (- 39) when represented in Sign-Bit magnitude form is

Number (- 13) when represented in 1's complement form is

The numbers that immediately follow (777)₈ and (1111)₂ are receptively

If 4 in binary system is 100, then 8 will be

The hexadecimal number (FFF.FF)16 in floating point notation is written as

The decimal number (839.57)₁₀, when represented by floating point notation, is