Question: 1. In this problem, we present an algorithm that can be used to determine the base two (binary) representation of a nonnegative integer n.

 1. In this problem, we present an algorithm that can be used  

1. In this problem, we present an algorithm that can be used to determine the base two (binary) representation of a nonnegative integer n. The output is a sequence of binary digits ro, 1,..., rk such that k = n (TkTk1 T10)2 = r;2 = i=0 In this code, r, is stored in r(i), the i-th entry of the array r. Algorithm base2(n) Let q = n Let i = 0 While (i = 0 OR q 0) r(i) = q mod 2 q = q div 2 i = i + 1 End While return r (a) Use this code to determine the binary representation for n = 678. (b) What decimal number corresponds to (1111011)2? How would you modify this code to determine the base b representation of n for a specified positive integer b?

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