A register contains a 2’s complement no 10100. Find the value of a register if it is divided by 2
X = 01110 and Y = 11001 are two 5-bit binary numbers represented in two’s complement format. The sum of X and Y represented in two’s complement format using 6 bits is
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Perform the subtraction and represent your answer in 2’s complement form (10010)2 - (10111)2
X = 00110 and Y = 10011 are two binary numbers represented in 2's complement format. The sum of X and Y represented in 2's complement format using 5 bits is _____
Which of the following is the smallest 4-bit negative number stored in its 2's complement representation?
The difference in the dynamic range of 32-bit binary number(B) and floating-point number(F) is?
Standard Format for B and F as given below :
B=
F=
The number of 1’s in the 8-bit unsigned representation of 127 in its 2’s complement form is m and that in 1’s complement form is n. What is the value of m : n?
No of bits required to represent -6410 in 2’s complement form: