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Problem: Number of Steps to Reduce a Binary Number to One

med
30 min
Explore the greedy algorithm approach to reduce a binary number to one by following rules for even and odd values. Understand how to count the steps efficiently, applying problem-solving techniques for optimization and working through practical coding examples.

Statement

You are given a string, str, as a binary representation of an integer. Your task is to return the number of steps needed to reduce it to 11 by following these rules:

  • If the number is even, divide it by 22.

  • If the number is odd, add 11 to it.

You can always reach 1 for all provided test cases.

Constraints:

  • 1<=1 <= str.length <=500<= 500

  • str consists of characters 0'0' or 1'1'.

  • str[0]==str[0] == 1'1'

Tap here to switch tabs
Problem
Ask
Submissions

Problem: Number of Steps to Reduce a Binary Number to One

med
30 min
Explore the greedy algorithm approach to reduce a binary number to one by following rules for even and odd values. Understand how to count the steps efficiently, applying problem-solving techniques for optimization and working through practical coding examples.

Statement

You are given a string, str, as a binary representation of an integer. Your task is to return the number of steps needed to reduce it to 11 by following these rules:

  • If the number is even, divide it by 22.

  • If the number is odd, add 11 to it.

You can always reach 1 for all provided test cases.

Constraints:

  • 1<=1 <= str.length <=500<= 500

  • str consists of characters 0'0' or 1'1'.

  • str[0]==str[0] == 1'1'