Perform a 2 - b i t right circular shift on 0 × 3 F : To find right circular shift, the digit at extreme right position is to be shifted at extreme left position. A 2 − bit right circular shift means this operation is to be performed two times. To perform this operation on hexadecimal notation, it is to be converted in binary notation first and then after shifting, it should be again converted to hexadecimal notation

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Answer 1

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Chapter 2, Problem 42CRP

a.

Explanation of Solution

Perform a 2-bit right circular shift on 0×3F:

To find right circular shift, the digit at extreme right position is to be shifted at extreme left position. A 2−bit right circular shift means this operation is to be performed two times. To perform this operation on hexadecimal notation, it is to be converted in binary notation first and then after shifting, it should be again converted to hexadecimal notation

b.

Explanation of Solution

Perform a 2-bit right circular shift on 0×0D:

To find right circular shift, the digit at extreme right position is to be shifted at extreme left position. A 2−bit right circular shift means this operation is to be performed two times. To perform this operation on hexadecimal notation, it is to be converted in binary notation first and then after shifting, it should be again converted to hexadecimal notation

c.

Explanation of Solution

Perform a 2-bit right circular shift on 0×FF:

To find right circular shift, the digit at extreme right position is to be shifted at extreme left position. A 2−bit right circular shift means this operation is to be performed two times. To perform this operation on hexadecimal notation, it is to be converted in binary notation first and then after shifting, it should be again converted to hexadecimal notation

d.

Explanation of Solution

Perform a 2-bit right circular shift on 77:

To find right circular shift, the digit at extreme right position is to be shifted at extreme left position. A 2−bit right circular shift means this operation is to be performed two times. To perform this operation on hexadecimal notation it is to be converted in binary notation first and then after shifting, it should be again converted to hexadecimal notation

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Students have asked these similar questions

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Given a bit array A = [ 0 0 1 1 0 1] on which the operations are workable:i) Can you use OR to change any desired bit of A to 1?ii) Can you use AND to change any desired bit of A to 0?iii) Can you use XOR to invert or toggle any desired bit of A?

Answer 2

Expert Solution & Answer

Chapter 2, Problem 42CRP

a.

Explanation of Solution

Perform a 2-bit right circular shift on 0×3F:

To find right circular shift, the digit at extreme right position is to be shifted at extreme left position. A 2−bit right circular shift means this operation is to be performed two times. To perform this operation on hexadecimal notation, it is to be converted in binary notation first and then after shifting, it should be again converted to hexadecimal notation

b.

Explanation of Solution

Perform a 2-bit right circular shift on 0×0D:

To find right circular shift, the digit at extreme right position is to be shifted at extreme left position. A 2−bit right circular shift means this operation is to be performed two times. To perform this operation on hexadecimal notation, it is to be converted in binary notation first and then after shifting, it should be again converted to hexadecimal notation

c.

Explanation of Solution

Perform a 2-bit right circular shift on 0×FF:

To find right circular shift, the digit at extreme right position is to be shifted at extreme left position. A 2−bit right circular shift means this operation is to be performed two times. To perform this operation on hexadecimal notation, it is to be converted in binary notation first and then after shifting, it should be again converted to hexadecimal notation

d.

Explanation of Solution

Perform a 2-bit right circular shift on 77:

To find right circular shift, the digit at extreme right position is to be shifted at extreme left position. A 2−bit right circular shift means this operation is to be performed two times. To perform this operation on hexadecimal notation it is to be converted in binary notation first and then after shifting, it should be again converted to hexadecimal notation

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Check out a sample textbook solution

See solution

Answer 3

Expert Solution & Answer

Chapter 2, Problem 42CRP

a.

Explanation of Solution

Perform a 2-bit right circular shift on 0×3F:

To find right circular shift, the digit at extreme right position is to be shifted at extreme left position. A 2−bit right circular shift means this operation is to be performed two times. To perform this operation on hexadecimal notation, it is to be converted in binary notation first and then after shifting, it should be again converted to hexadecimal notation

b.

Explanation of Solution

Perform a 2-bit right circular shift on 0×0D:

To find right circular shift, the digit at extreme right position is to be shifted at extreme left position. A 2−bit right circular shift means this operation is to be performed two times. To perform this operation on hexadecimal notation, it is to be converted in binary notation first and then after shifting, it should be again converted to hexadecimal notation

c.

Explanation of Solution

Perform a 2-bit right circular shift on 0×FF:

To find right circular shift, the digit at extreme right position is to be shifted at extreme left position. A 2−bit right circular shift means this operation is to be performed two times. To perform this operation on hexadecimal notation, it is to be converted in binary notation first and then after shifting, it should be again converted to hexadecimal notation

d.

Explanation of Solution

Perform a 2-bit right circular shift on 77:

To find right circular shift, the digit at extreme right position is to be shifted at extreme left position. A 2−bit right circular shift means this operation is to be performed two times. To perform this operation on hexadecimal notation it is to be converted in binary notation first and then after shifting, it should be again converted to hexadecimal notation

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Check out a sample textbook solution

See solution

Answer 4

Expert Solution & Answer

Chapter 2, Problem 42CRP

a.

Explanation of Solution

Perform a 2-bit right circular shift on 0×3F:

To find right circular shift, the digit at extreme right position is to be shifted at extreme left position. A 2−bit right circular shift means this operation is to be performed two times. To perform this operation on hexadecimal notation, it is to be converted in binary notation first and then after shifting, it should be again converted to hexadecimal notation

b.

Explanation of Solution

Perform a 2-bit right circular shift on 0×0D:

To find right circular shift, the digit at extreme right position is to be shifted at extreme left position. A 2−bit right circular shift means this operation is to be performed two times. To perform this operation on hexadecimal notation, it is to be converted in binary notation first and then after shifting, it should be again converted to hexadecimal notation

c.

Explanation of Solution

Perform a 2-bit right circular shift on 0×FF:

To find right circular shift, the digit at extreme right position is to be shifted at extreme left position. A 2−bit right circular shift means this operation is to be performed two times. To perform this operation on hexadecimal notation, it is to be converted in binary notation first and then after shifting, it should be again converted to hexadecimal notation

d.

Explanation of Solution

Perform a 2-bit right circular shift on 77:

To find right circular shift, the digit at extreme right position is to be shifted at extreme left position. A 2−bit right circular shift means this operation is to be performed two times. To perform this operation on hexadecimal notation it is to be converted in binary notation first and then after shifting, it should be again converted to hexadecimal notation

Expert Solution & Answer

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Check out a sample textbook solution

See solution

Answer 5

Expert Solution & Answer

Answer 6

Expert Solution & Answer

Answer 7

Chapter 2, Problem 42CRP

a.

Explanation of Solution

Perform a 2-bit right circular shift on 0×3F:

To find right circular shift, the digit at extreme right position is to be shifted at extreme left position. A 2−bit right circular shift means this operation is to be performed two times. To perform this operation on hexadecimal notation, it is to be converted in binary notation first and then after shifting, it should be again converted to hexadecimal notation

b.

Explanation of Solution

Perform a 2-bit right circular shift on 0×0D:

To find right circular shift, the digit at extreme right position is to be shifted at extreme left position. A 2−bit right circular shift means this operation is to be performed two times. To perform this operation on hexadecimal notation, it is to be converted in binary notation first and then after shifting, it should be again converted to hexadecimal notation

c.

Explanation of Solution

Perform a 2-bit right circular shift on 0×FF:

To find right circular shift, the digit at extreme right position is to be shifted at extreme left position. A 2−bit right circular shift means this operation is to be performed two times. To perform this operation on hexadecimal notation, it is to be converted in binary notation first and then after shifting, it should be again converted to hexadecimal notation

d.

Explanation of Solution

Perform a 2-bit right circular shift on 77:

To find right circular shift, the digit at extreme right position is to be shifted at extreme left position. A 2−bit right circular shift means this operation is to be performed two times. To perform this operation on hexadecimal notation it is to be converted in binary notation first and then after shifting, it should be again converted to hexadecimal notation

Answer 8

Chapter 2, Problem 42CRP

a.

Explanation of Solution

Perform a 2-bit right circular shift on 0×3F:

To find right circular shift, the digit at extreme right position is to be shifted at extreme left position. A 2−bit right circular shift means this operation is to be performed two times. To perform this operation on hexadecimal notation, it is to be converted in binary notation first and then after shifting, it should be again converted to hexadecimal notation

Answer 9

Chapter 2, Problem 42CRP

a.

Explanation of Solution

Perform a 2-bit right circular shift on 0×3F:

To find right circular shift, the digit at extreme right position is to be shifted at extreme left position. A 2−bit right circular shift means this operation is to be performed two times. To perform this operation on hexadecimal notation, it is to be converted in binary notation first and then after shifting, it should be again converted to hexadecimal notation

Answer 10

b.

Explanation of Solution

Perform a 2-bit right circular shift on 0×0D:

To find right circular shift, the digit at extreme right position is to be shifted at extreme left position. A 2−bit right circular shift means this operation is to be performed two times. To perform this operation on hexadecimal notation, it is to be converted in binary notation first and then after shifting, it should be again converted to hexadecimal notation

Answer 11

b.

Explanation of Solution

Perform a 2-bit right circular shift on 0×0D:

To find right circular shift, the digit at extreme right position is to be shifted at extreme left position. A 2−bit right circular shift means this operation is to be performed two times. To perform this operation on hexadecimal notation, it is to be converted in binary notation first and then after shifting, it should be again converted to hexadecimal notation

Answer 12

c.

Explanation of Solution

Perform a 2-bit right circular shift on 0×FF:

To find right circular shift, the digit at extreme right position is to be shifted at extreme left position. A 2−bit right circular shift means this operation is to be performed two times. To perform this operation on hexadecimal notation, it is to be converted in binary notation first and then after shifting, it should be again converted to hexadecimal notation

Answer 13

c.

Explanation of Solution

Perform a 2-bit right circular shift on 0×FF:

To find right circular shift, the digit at extreme right position is to be shifted at extreme left position. A 2−bit right circular shift means this operation is to be performed two times. To perform this operation on hexadecimal notation, it is to be converted in binary notation first and then after shifting, it should be again converted to hexadecimal notation

Answer 14

d.

Explanation of Solution

Perform a 2-bit right circular shift on 77:

To find right circular shift, the digit at extreme right position is to be shifted at extreme left position. A 2−bit right circular shift means this operation is to be performed two times. To perform this operation on hexadecimal notation it is to be converted in binary notation first and then after shifting, it should be again converted to hexadecimal notation

Answer 15

d.

Explanation of Solution

Perform a 2-bit right circular shift on 77:

To find right circular shift, the digit at extreme right position is to be shifted at extreme left position. A 2−bit right circular shift means this operation is to be performed two times. To perform this operation on hexadecimal notation it is to be converted in binary notation first and then after shifting, it should be again converted to hexadecimal notation

Answer 16

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Answer 17

Expert Solution & Answer

Answer 18

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Answer 19

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Solution Summary: The author explains how to perform a 2-bit right circular shift on 0times 3F and hexadecimal notation.

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