EBK COMPUTER SCIENCE
13th Edition
ISBN: 8220106892572
Author: BRYLOW
Publisher: PEARSON
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Expert Solution & Answer
Chapter 1, Problem 33CRP
a.
Explanation of Solution
Convert
The condition of overflow is:
- Check the number is positive or negative.
- When the number is positive, convert the number from base ten to binary.
- When the number is negative, convert the number from base ten to binary, complement the binary number and add 1.
- Convert number 1 into two’s complement notation.
- The binary representation is the sequence of the remainder from down to bottom
- To make the above binary representation to 5 bits, put 0 before the binary number
- The two’s complement notation of 1 is
- Convert number 5 into two’s complement notation.
- The binary representation is the sequence of the remainder from down to bottom
b.
Explanation of Solution
Convert
The condition of overflow is:
- Check the number is positive or negative.
- When the number is positive, convert the number from base ten to binary.
- When the number is negative, convert the number from base ten to binary, complement the binary number and add 1.
- Convert number 1 into two’s complement notation.
- The binary representation is the sequence of the remainder from down to bottom
- To make the above binary representation to 5 bits, put 0 before the binary number
- Take the complement of the above binary number.
- Add 1 to the above complement binary number.
- The two’s complement notation of
- Convert number 5 into two’s complement notation
c.
Explanation of Solution
Convert
The condition of overflow is:
- Check the number is positive or negative.
- When the number is positive, convert the number from base ten to binary.
- When the number is negative, convert the number from base ten to binary, complement the binary number and add 1.
- Convert number 12 into two’s complement notation.
- The binary representation is the sequence of the remainder from down to bottom
- To make the above binary representation to 5 bits, put 0 before the binary number
- The two’s complement notation of
- Convert number
- The binary representation is the sequence of the remainder from down to bottom
- To make the above binary representation to 5 bits, put 0 before the binary number
- Take the complement of the above binary number
d.
Explanation of Solution
Convert
The condition of overflow is:
- Check the number is positive or negative.
- When the number is positive, convert the number from base ten to binary.
- When the number is negative, convert the number from base ten to binary, complement the binary number and add 1.
- Convert number 8 into two’s complement notation.
- The binary representation is the sequence of the remainder from down to bottom
- To make the above binary representation to 5 bits, put 0 before the binary number
- The two’s complement notation of
- Convert number
- The binary representation is the sequence of the remainder from down to bottom
- To make the above binary representation to 5 bits, put 0 before the binary number
- Take the complement of the above binary number
e.
Explanation of Solution
Convert
The condition of overflow is:
- Check the number is positive or negative.
- When the number is positive, convert the number from base ten to binary.
- When the number is negative, convert the number from base ten to binary, complement the binary number and add 1.
- Convert the number 12 into two’s complement notation.
- The binary representation is the sequence of the remainder from down to bottom
- To make the above binary representation to 5 bits, put 0 before the binary number
- Take the complement of the above binary number.
- Add 1 to the above complement binary number.
- The two’s complement notation of
f.
Explanation of Solution
Convert
The condition of overflow is:
- Check the number is positive or negative.
- When the number is positive, convert the number from base ten to binary.
- When the number is negative, convert the number from base ten to binary, complement the binary number and add 1.
- Convert the number
- The binary representation is the sequence of the remainder from down to bottom
- To make the above binary representation to 5 bits, put 0 before the binary number
- Take the complement of the above binary number.
- Add 1 to the above complement binary number.
- The two’s complement notation of
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Chapter 1 Solutions
EBK COMPUTER SCIENCE
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