a) Determining the values represented by bits: Single bits can represent two values 0 and 1. Two digits can represent 4 values and three digits can represent 8 values. These values could be determined by the formula 2 n where “n” represent the number of bits.

Question

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Answer 1

Question

Chapter 1, Problem 11E

Program Plan Intro

a)

Determining the values represented by bits:

Single bits can represent two values 0 and 1. Two digits can represent 4 values and three digits can represent 8 values. These values could be determined by the formula 2n where “n” represent the number of bits.

Explanation of Solution

b)

Determining the values represented by 16 bits:

Formula to find the values of “n” bits: 2n

Number of bits: 16

Values represented

Explanation of Solution

c)

Determining the values represented by 32 bits:

Formula to find the values of “n” bits: 2n

Number of bits: 32

Values represented by 32 bits:

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Students have asked these similar questions

What are the mantissa and exponent values if 6.75 is represented in 8-bit binary floating-point representation? a) Mantissa is 1011 and exponent is 101 b) Mantissa is 0011 and exponent is 100 c) Mantissa is 1011 and exponent is 100 d) Mantissa is 0011 and exponent is 101

A computer "nibble" consists of four "bits," each bit being either a 0 or a 1. If characters are represented using a code that uses a nibble for each character, how many different characters can be represented?

True/False 1. The octal number system is a weighted system with eight digits.2. The binary number system is a weighted system with two digits.3. MSB stands for most significant bit.4. In hexadecimal, 9 + 1 = 10.5. The 1’s complement of the binary number 1010 is 0101.6. The 2’s complement of the binary number 1111 is 0000.7. The right-most bit in a signed binary number is the sign bit.8. The hexadecimal number system has 16 characters, six of which are alphabetic characters.9. BCD stands for binary coded decimal.10. An error in a given code can be detected by verifying the parity bit.11. CRC stands for cyclic redundancy check.12. The modulo-2 sum of 11 and 10 is 100.

Answer 2

Question

Chapter 1, Problem 11E

Program Plan Intro

a)

Determining the values represented by bits:

Single bits can represent two values 0 and 1. Two digits can represent 4 values and three digits can represent 8 values. These values could be determined by the formula 2n where “n” represent the number of bits.

Explanation of Solution

b)

Determining the values represented by 16 bits:

Formula to find the values of “n” bits: 2n

Number of bits: 16

Values represented

Explanation of Solution

c)

Determining the values represented by 32 bits:

Formula to find the values of “n” bits: 2n

Number of bits: 32

Values represented by 32 bits:

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Answer 3

Question

Chapter 1, Problem 11E

Program Plan Intro

a)

Determining the values represented by bits:

Single bits can represent two values 0 and 1. Two digits can represent 4 values and three digits can represent 8 values. These values could be determined by the formula 2n where “n” represent the number of bits.

Explanation of Solution

b)

Determining the values represented by 16 bits:

Formula to find the values of “n” bits: 2n

Number of bits: 16

Values represented

Explanation of Solution

c)

Determining the values represented by 32 bits:

Formula to find the values of “n” bits: 2n

Number of bits: 32

Values represented by 32 bits:

Expert Solution & Answer

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Answer 4

Question

Chapter 1, Problem 11E

Program Plan Intro

a)

Determining the values represented by bits:

Single bits can represent two values 0 and 1. Two digits can represent 4 values and three digits can represent 8 values. These values could be determined by the formula 2n where “n” represent the number of bits.

Explanation of Solution

b)

Determining the values represented by 16 bits:

Formula to find the values of “n” bits: 2n

Number of bits: 16

Values represented

Explanation of Solution

c)

Determining the values represented by 32 bits:

Formula to find the values of “n” bits: 2n

Number of bits: 32

Values represented by 32 bits:

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Answer 5

Chapter 1, Problem 11E

Program Plan Intro

a)

Determining the values represented by bits:

Single bits can represent two values 0 and 1. Two digits can represent 4 values and three digits can represent 8 values. These values could be determined by the formula 2n where “n” represent the number of bits.

Explanation of Solution

b)

Determining the values represented by 16 bits:

Formula to find the values of “n” bits: 2n

Number of bits: 16

Values represented

Explanation of Solution

c)

Determining the values represented by 32 bits:

Formula to find the values of “n” bits: 2n

Number of bits: 32

Values represented by 32 bits:

Answer 6

Chapter 1, Problem 11E

Program Plan Intro

a)

Determining the values represented by bits:

Single bits can represent two values 0 and 1. Two digits can represent 4 values and three digits can represent 8 values. These values could be determined by the formula 2n where “n” represent the number of bits.

Answer 7

Chapter 1, Problem 11E

Program Plan Intro

a)

Determining the values represented by bits:

Single bits can represent two values 0 and 1. Two digits can represent 4 values and three digits can represent 8 values. These values could be determined by the formula 2n where “n” represent the number of bits.

Answer 8

Explanation of Solution

b)

Determining the values represented by 16 bits:

Formula to find the values of “n” bits: 2n

Number of bits: 16

Values represented

Answer 9

Explanation of Solution

b)

Determining the values represented by 16 bits:

Formula to find the values of “n” bits: 2n

Number of bits: 16

Values represented

Answer 10

Explanation of Solution

c)

Determining the values represented by 32 bits:

Formula to find the values of “n” bits: 2n

Number of bits: 32

Values represented by 32 bits:

Answer 11

Explanation of Solution

c)

Determining the values represented by 32 bits:

Formula to find the values of “n” bits: 2n

Number of bits: 32

Values represented by 32 bits:

Answer 12

Expert Solution & Answer

Answer 13

Expert Solution & Answer

Answer 14

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Answer 15

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a) Determining the values represented by bits: Single bits can represent two values 0 and 1. Two digits can represent 4 values and three digits can represent 8 values. These values could be determined by the formula 2 n where “n” represent the number of bits.

Solution Summary: The author explains how to determine the values represented by bits by formula 2n where "n" represent the number of bits.

a)

Determining the values represented by bits:

Single bits can represent two values 0 and 1. Two digits can represent 4 values and three digits can represent 8 values. These values could be determined by the formula 2n where “n” represent the number of bits.

Explanation of Solution

b)

Determining the values represented by 16 bits:

Formula to find the values of “n” bits: 2n

Number of bits: 16

Values represented

Explanation of Solution

c)

Determining the values represented by 32 bits:

Formula to find the values of “n” bits: 2n

Number of bits: 32

Values represented by 32 bits:

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Chapter 1 Solutions

a) Determining the values represented by bits: Single bits can represent two values 0 and 1. Two digits can represent 4 values and three digits can represent 8 values. These values could be determined by the formula 2 n where “n” represent the number of bits.

Solution Summary: The author explains how to determine the values represented by bits by formula 2n where "n" represent the number of bits.

a) Determining the values represented by bits: Single bits can represent two values 0 and 1. Two digits can represent 4 values and three digits can represent 8 values. These values could be determined by the formula 2n where “n” represent the number of bits.

Explanation of Solution

b) Determining the values represented by 16 bits: Formula to find the values of “n” bits: 2n Number of bits: 16 Values represented

Explanation of Solution

c) Determining the values represented by 32 bits: Formula to find the values of “n” bits: 2n Number of bits: 32 Values represented by 32 bits:

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Chapter 1 Solutions

a)

Determining the values represented by bits:

Single bits can represent two values 0 and 1. Two digits can represent 4 values and three digits can represent 8 values. These values could be determined by the formula 2n where “n” represent the number of bits.

b)

Determining the values represented by 16 bits:

Formula to find the values of “n” bits: 2n

Number of bits: 16

Values represented

c)

Determining the values represented by 32 bits:

Formula to find the values of “n” bits: 2n

Number of bits: 32

Values represented by 32 bits: