Question: For the Josephus problem, a . compute J ( n ) for n = 1 , 2 , . . . . , 1 5

For the Josephus problem,
a. compute J(n) for n =1,2,....,15.
b. discern a pattern in the solutions for the first fifteen values of n and prove its general
validity. c. prove the validity of getting J(n) by a one-bit cyclic shift left of the binary
representation of n

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