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Problem: Minimum Cuts to Divide a Circle

easy
15 min
Explore how to calculate the minimum number of cuts required to divide a circle into equal slices based on given constraints. Understand geometric definitions of valid cuts and apply logical problem-solving to find efficient solutions within coding challenges.

Statement

Given an integer n, determine the minimum number of cuts required to divide the circle into n equal slices. A valid cut in a circle is defined as one of the following:

  1. A cut is represented by a straight line that passes through the circle’s center and touches two points on its edge.

  2. A cut is represented by a straight line touching one point on the circle’s edge and center.

Examples of some valid and invalid cuts
Examples of some valid and invalid cuts

Constraints:

  • 11 \leq n 100\leq 100

Tap here to switch tabs
Problem
Ask
Submissions

Problem: Minimum Cuts to Divide a Circle

easy
15 min
Explore how to calculate the minimum number of cuts required to divide a circle into equal slices based on given constraints. Understand geometric definitions of valid cuts and apply logical problem-solving to find efficient solutions within coding challenges.

Statement

Given an integer n, determine the minimum number of cuts required to divide the circle into n equal slices. A valid cut in a circle is defined as one of the following:

  1. A cut is represented by a straight line that passes through the circle’s center and touches two points on its edge.

  2. A cut is represented by a straight line touching one point on the circle’s edge and center.

Examples of some valid and invalid cuts
Examples of some valid and invalid cuts

Constraints:

  • 11 \leq n 100\leq 100