Let S be the set of all bit strings (strings of 0's and I's) of length at least 2. Which of the following functions ƒ : S →→ S is not onto S? Select one: O A. f(s) = the string obtained by moving the first bit of s to the end of the string. (For example, f(1001101) = 0011011) OB. f(s) = the string obtained from s by interchanging 0's and I's. (For example, f(11000) = 00111) OC. f(s) = the strings with a 1 bit appended at the end. (For example, f(1101) = 11011) O D. f(s) = the reversal of s. (For example, f(110) = 011)

Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
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Chapter2: Second-order Linear Odes
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Let S be the set of all bit strings (strings of 0's and I's)
Select one:
O A. f(s) = the string obtained by moving the first bit of s to the end of the string. (For example, f(1001101) = 0011011)
O B. f(s) = the string obtained from s by interchanging 0's and I's. (For example, f(11000) = 00111)
O c. f(s) the string & with a 1 bit appended at the end. (For example, f(1101) = 11011)
O D. f(s) the reversal of s. (For example, f(110) = 011)
length at least 2. Which of the following functions f : S → S is not onto S?
Transcribed Image Text:Let S be the set of all bit strings (strings of 0's and I's) Select one: O A. f(s) = the string obtained by moving the first bit of s to the end of the string. (For example, f(1001101) = 0011011) O B. f(s) = the string obtained from s by interchanging 0's and I's. (For example, f(11000) = 00111) O c. f(s) the string & with a 1 bit appended at the end. (For example, f(1101) = 11011) O D. f(s) the reversal of s. (For example, f(110) = 011) length at least 2. Which of the following functions f : S → S is not onto S?
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