Shift "Ob0011" left 2 times. The result must be 4-bit (add and/or truncate zeros accordingly). Convert shifted binary number to hexadecimal. (only enter "0" and "1"; no prefix) Shift result: Result in hex: (no prefix)

The hamming code for the data " 10101010" will be Note : the first bit is the right most bit O a. 0101 on O b. 0100 O c. 0110 O d. 1100 O e. Non of the choices

Questi on 1: This problem covers 4-bit binary multiplication. Fill in the table for the Product, Multiplier and Multiplicand for each step. You need to provide the DESCRIPTION of the step being performed (shift left, shift right, add, no add). The value of M (Multiplicand) is 1100, Q (Multiplier) is initially 0111. Product Multiplicand Multiplier Description Step 0000 0000 0000 1100 0111 Initial Values Step 0 Step 1 Step 2 Step 3 Step 4 Step 5 Step 6 Step 7 Step 8. Step 9 Step 10 Step 11 Step 12 Step 13 Step 14 Step 15

Shift "11000010" base 2 right 4 times. The result must be 8-bit (add and/or truncate zeros accordingly). Convert shifted binary number to decimal. (only enter "0" and "1"; no prefix) Shift result: Result in decimal: (enter only the number)

The number -82 is represented as an integer with respect to the complement of 2 in 32 bits. According to this, a) If we rotate this number 8 bits to the left, what will be the result, show it in hexadecimal format? b) If we rotate this number 4 bits to the right, what will be the result, show it in hexadecimal format?

2. Convert the IEEE 754 single precision binary representation to a decimal number 1001 1001 1011 0000 0000 0000 0000 0000 Note: make sure that in final answer the fraction is in base 10 (at most 3 digits). You don't need to change the power of 2 in a power of 10.

Use pencil and paper, also don't use Ai 6.b. Convert the binary integers in decimal notation. You need to show your calculation as a sum of powers of two as shown: 11001012 10110112 110111012 (this binary number is in 8-bit two’s complement form)

How do I check if a binary number is a multiple of 16 by using bit shifting?

Convert the following number from binary to decimal: Ox5A Fill in the blanks to get the correct result. Start from the right-most digit in the above binary number: Blank # 1 times Blank # 4 times The Total value is: Blank # 10 16 to the Blank # 2 power 16 to the Blank # 5 power = = Blank # 3 Blank # 6

10. For each of the following pairs of integers, subtract the second from the first. Show the operands and the answers in decimal, assuming the numbers are signed (two's complement). c. 111010 to 0111 a. 010101 001100 b. 010001 011000