Must be done in MATLAB coding, please also include screenshots of what the code looks like in MATLAB

Arrow Simulator 6 7 - 8 94 Problem 01 clear; clc; 9 10 Assume that an arrow follows typical, parabolic equations of motion: p = p + v0*t + 0.5 * a*t^2 Where: 5 is position, po is initial position, v0 is initial velocity, & is acceleration 5 t is time 12 13 14 15 16 17 $ a 18 19 Working in an (x, y) grid: (1) Input an initial position, speed, and angle of the arrow. + (2) Compute the arrow path over time. + (3) Trim the data beyond the point where it hits the ground. # (4) Plot the results! 20 21 22 23 24 25 26 27 28 29 30 xyAcc - (0, -9.8066]: 4 xyPO = [...] initSpeed initAngle - Gravity Acceleration in (x, y) coordinates Input (Initial Position) Input (Initial Speed) Input (Initial Angle) xyVel - [...] 1 xyPos - [...] Calculation Calculation 31