The height h(t) and horizontal distance x(t) traveled by a ball thrown at an angle A with a speed v are given
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At Earth's surface the acceleration due to gravity is g = 9.81 m/s2.
a. Suppose the ball is thrown with a velocity v = 10 m/s at an angle of 35Ă‚Â°. Use MATLAB to compute how
high the ball will go, how far it will go, and how long it will take to hit the ground.
b. Use the values of v and A given in part a to plot the ball's trajectory; that is, plot h versus x for positive
values of h.
c. Plot the trajectories for v = 10 m/s corresponding to five values of the angle A: 20Ă‚Â°, 30Ă‚Â°, 45Ă‚Â°, 60Ă‚Â°, and 70Ă‚Â°.
d. Plot the trajectories for A = 45Ă‚Â° corresponding to five values of the initial velocity v: 10, 12, 14, 16, and 18