This sequence of numbers can start with any positive number n. s is the sum of the individual digits in n. If s divides n equally it means that the next term of the series is n// s. Otherwise the next...


This sequence of numbers can start with any positive number<br>n. s is the sum of the individual digits in n. If s divides n equally<br>it means that the next term of the series is n// s. Otherwise<br>the next word is n * s. Eventually the series will come to an<br>end when two numbers are exchanged: 58, 754, 12064, 928,<br>17632, 928, 17632. This series has 5 lengths and 17632 as the last term.<br>S<br>Create a function that takes a positive number and returns its series length and its final term.<br>Examples<br>deadEnd (5) [2, 1]<br>deadEnd (11)<br>[7, 11440]<br>

Extracted text: This sequence of numbers can start with any positive number n. s is the sum of the individual digits in n. If s divides n equally it means that the next term of the series is n// s. Otherwise the next word is n * s. Eventually the series will come to an end when two numbers are exchanged: 58, 754, 12064, 928, 17632, 928, 17632. This series has 5 lengths and 17632 as the last term. S Create a function that takes a positive number and returns its series length and its final term. Examples deadEnd (5) [2, 1] deadEnd (11) [7, 11440]

Jun 08, 2022
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