Question 2 (3) To the right is 2 x 2 region with an equilateral triangle inscribed on the- inside. The origin is in the center of the frame, so the lower left corner is at (11) and the upper right corner is at (1,1). Thus, the equations for the sides of the triangle are: To be in the target region, the y value of the random point has to be lower than the y value first two equations and higher than the y value of the last equation Write a Matlab script to use the Monte Carlo method to create 100,000 random points. The function should return the number of points which land in the target region. Question 2 (3) To the right is 2 x 2 region with an equilateral triangle inscribed on the- inside. The origin is in the center of the frame, so the lower left corner is at (11) and the upper right corner is at (1,1). Thus, the equations for the sides of the triangle are: To be in the target region, the y value of the random point has to be lower than the y value first two equations and higher than the y value of the last equation Write a Matlab script to use the Monte Carlo method to create 100,000 random points. The function should return the number of points which land in the target region