Question: Must be done in MATLAB coding, please also include screenshots of what the code looks like in MATLAB Arrow Simulator 6 7 - 8 94

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

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

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