4. [10 points] Find the 12-bit product of 101011 x 100111 assuming that the binary numbers...

Transcribed Image Text:

4. [10 points] Find the 12-bit product of 101011 x 100111 assuming that the binary numbers are signed integers in two's complement form. 5. [10 points] Find the quotient and the remainder of 11010111 1010, assuming that the binary numbers are signed integers in two's complement form. 6. [24 points] Let 4284000016 and 3c82000016 represent two floating point numbers in IEEE single-precision FP format. a. Determine the decimal values of the two numbers. b. Add the two numbers and show the result both in IEEE single-precision FP format and in decimal. c. Multiply the two numbers and show the result both in IEEE single-precision FP format and in decimal. 4. [10 points] Find the 12-bit product of 101011 x 100111 assuming that the binary numbers are signed integers in two's complement form. 5. [10 points] Find the quotient and the remainder of 11010111 1010, assuming that the binary numbers are signed integers in two's complement form. 6. [24 points] Let 4284000016 and 3c82000016 represent two floating point numbers in IEEE single-precision FP format. a. Determine the decimal values of the two numbers. b. Add the two numbers and show the result both in IEEE single-precision FP format and in decimal. c. Multiply the two numbers and show the result both in IEEE single-precision FP format and in decimal.

Answer rating: 100% (QA)

The image displays three questions each related to binary numbers and floatingpoint arithmetic Lets address each question stepbystep 4 Find the 12bit product of 101011 100111 assuming that the binary ... View the full answer