A circle can be divided into 2 sections, by placing 2 points in arbitrary locations along its circumference and drawing a straight line between them. By adding more points and drawing a straight line from each point to every other point, the circle can be divided into more sections. For example, 3 points would divide the circle into 4 sections and 4 points into 8 sections.
Given a positive integer, n, representing the number of arbitrarily placed points on the circumference of a circle, return d, i and s, the number of straight lines, the number of intersections and the number of sections into which the circle is divided, respectively.
The only restriction on the positions of the points is that they must be placed such that no 3 lines can share a single intersection.
n will always be greater than 3.
Example:
n = 4;
d = 6
i = 1
s = 8
Example:
n = 5;
d = 10
i = 5
s = 16
Solution Stats
Solution Comments
Show comments
Loading...
Problem Recent Solvers8
Suggested Problems
-
Determine whether a vector is monotonically increasing
23284 Solvers
-
Construct an index vector from two input vectors in vectorized fashion
459 Solvers
-
Split a string into chunks of specified length
2124 Solvers
-
Square Digits Number Chain Terminal Value (Inspired by Project Euler Problem 92)
265 Solvers
-
522 Solvers
More from this Author45
Problem Tags
Community Treasure Hunt
Find the treasures in MATLAB Central and discover how the community can help you!
Start Hunting!