By using Matlab please

6. A projectile is being fired at an angle beta (B) and the horizontal and vertica distances can be found as functions of time using the following equations: Horiz-tVo cos(B) Vertst-V) * sin(8) _ 0.5 * g * t2 where: Horiz is the projectile distance travelled in the x direction (m) Vert is the projectile distance travelled in the y direction (m) Vo is the initial velocity of the projectile (m/s) g is the acceleration due to gravity (9.81 m/s?) t is time (s) For a projectile being fired with an initial velocity of 90 m/s at a launch angle of 45 degrees, complete the following tasks: (a) Find the distance the projectile travels horizontally and vertically for times ranging from 0 to 15 seconds, with an interval spacing of 0.5 seconds. You do not need to use output functions for this problem. (b) Plot multiple graphs in one figure using the subplot command. Plot the following graphs in the same figure: Time on the x-axis versus Horizontal Distance on the y-axis. Time on the x-axis versus Vertical Distance on the y-axis. Horizontal Distance on the x-axis versus Vertical Distance on the y- axis. i. ii. ili. For all three of the individual graphs listed above, make sure that each is fully formatted. At a minimum, fully formatted means giving the graph a title and labeling both axes. In addition, choose a different line style, choose a different color other than yellow for the line, and pick a different marker type