Can I get help with this binary? (a) Choose a number between 35 and 50. This will be numberA. Choose another number between 60 and 90. This will be numberB. Using 2’s complement 8-bit binary arithmetic, calculate numberA – numberB giving your answer in binary and decimal. (b) Choose one number from the set { 21, 22, 23, 24, 25, 26, 27, 28, 29 } this is numberC. Choose a number from { 3, 5, 6 } this is numberD. Using 8-bit binary arithmetic, calculate numberC × numberD giving your answer in binary and decimal. (c) Using numberC and numberD from (b), use binary arithmetic to calculate: numberC.375 + numberD.5 giving your answer in binary and decimal. Convert numberC.375 into IEEE-754 format.
Can I get help with this binary?
(a) Choose a number between 35 and 50. This will be numberA. Choose another number between
60 and 90. This will be numberB. Using 2’s complement 8-bit binary arithmetic, calculate
numberA – numberB
giving your answer in binary and decimal.
(b) Choose one number from the set { 21, 22, 23, 24, 25, 26, 27, 28, 29 } this is numberC. Choose
a number from { 3, 5, 6 } this is numberD. Using 8-bit binary arithmetic, calculate
numberC × numberD
giving your answer in binary and decimal.
(c) Using numberC and numberD from (b), use binary arithmetic to calculate:
numberC.375 + numberD.5
giving your answer in binary and decimal.
Convert numberC.375 into IEEE-754 format.
(d) Choose a number between 175 and 240 – this is numberE. Convert numberE into hexadecimal.
Choose a number between 140 and 160 – this is numberF. Convert numberF into octal. Using 8-
bit binary, calculate
numberE AND numberF
Give your answer in binary, octal, decimal and hexadecimal.
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