Friday 17:00 Python Practice 21.03.12.

15 Mar Friday 17:00 Python Practice 21.03.12.

Question 1:
The hailstone sequence starting at a positive integer n is generated by following two simple rules. If n is even, the next number in the sequence is n/2. If n is odd, the next number in the sequence is 3*n+1. Repeating this process, we generate the hailstone sequence. Write a recursive function hailstone(n) which prints the hailstone sequence beginning at n. Stop when the sequence reaches the number 1 (since otherwise, we would loop forever 1, 4, 2, 1, 4, 2, …)
For example, when n=5, your program should output the following sequence:

5
16
8
4
2
1

Question 2:

Use recursion to write a function multisplit that consumes two positive integers total and split and produces the number of times total is repeatedly divided into split even pieces before each piece is of size at most 1.

For example, the value returned by multisplit(8, 2) will be 3, since 8 can be split into 2 pieces of size 4, which are then each split into 2 pieces of size 2, which are then each split into 2 pieces of size 1 (at which point no further splitting takes place since the pieces are of size at most 1). The value returned by multisplit(8, 3) will be 2, since 8 can be split into 3 pieces of size 8/3, which are then each split into 3 pieces of size 8/9 (at which point no further splitting takes place since the pieces are of size at most 1).