Two points on a circle of radius 1 are chosen at random. Find the probability that the distance between the two points is at most 1.5.
+137 After answering the question, we can state that probability in a circle = (angle where B can exist)/(Total Angle) => P = 2/3
Explanation:
What is a circle?
A circle is formed by every point in the plane that is a certain distance away from another point (center). Thus, it is a curve formed by points moving in the plane at a constant distance from a fixed point. It is also rotationallysymmetric about the center at all angles. A circle is a two-dimensional closed object in which every pair of points in the plane is equally spaced from the "center." A specular symmetry line is formed by a line that goes through the circle. It is also rotationally symmetric about the center at all angles.
We now want A and B to be separated by a distance greater than r. As a result, the angle should be greater than 60 degrees because the radius is equal to 60 degrees and decreases as the angle increases. As a result, point B cannot be in the 60-degree zone of A on both sides, that is, to A's left and right.
As a result, probability = (angle where B can exist)/ (Total Angle)
P = (360 - (60)-(60))/360
P = 2/3
