Computer Networking: A Top-Down Approach (7th Edition)
Computer Networking: A Top-Down Approach (7th Edition)
7th Edition
ISBN: 9780133594140
Author: James Kurose, Keith Ross
Publisher: PEARSON
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Question
Simplify each of the following by using long division. Once you have found the quotient, use it to rewrite the problem as a multiplication problem. (Hint: There will be a remainder. Practice with base ten first so that you remember what to do with the remainder.) 14. 110111012 + 11012 16. 110001012 + 11012
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Transcribed Image Text:Simplify each of the following by using long division. Once you have found the quotient, use it to rewrite the problem as a multiplication problem. (Hint: There will be a remainder. Practice with base ten first so that you remember what to do with the remainder.) 14. 110111012 + 11012 16. 110001012 + 11012
I Find the decimal equivalent for each of the following octal numbers. 10. 4238 11. 10668 12. 17768 Find the octal equivalent for each of the following decimal numbers. 22. 501 23. 1925 24. 2004 Find the octal equivalent for each of the following binary numbers. 31. 111100101010₂ 32. 1010101011112 33. 1110101101012 Find the binary equivalent for each of the following octal numbers. 40. 6248 41. 10578 42. 31208
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Transcribed Image Text:I Find the decimal equivalent for each of the following octal numbers. 10. 4238 11. 10668 12. 17768 Find the octal equivalent for each of the following decimal numbers. 22. 501 23. 1925 24. 2004 Find the octal equivalent for each of the following binary numbers. 31. 111100101010₂ 32. 1010101011112 33. 1110101101012 Find the binary equivalent for each of the following octal numbers. 40. 6248 41. 10578 42. 31208
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