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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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:

Expert Solution & Answer

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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:

Expert Solution & Answer

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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: