Review the projectile motion theory developed in Physics, discussed and utilized several times in this class....

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Review the projectile motion theory developed in Physics, discussed and utilized several times in this class. A 0 B Design and simulate a trajectory of a projectile motion with initial velocity of Vo = 75 m/s and launch angle of 45º. Your design blocks should compute and display the following: 1. Horizontal (x-) component of Vo 2. Vertical (y-) component of Vo 3. Time taken to attain max height, tmax 4. Total flight time, tft 5. Max height attained, ymax 6. The range, R of the projectile 7. The height y(t-2) at t = 2s 8. The x-displacementx(t) when t=2s. Export the xarr(t) and yarr(t) to your Matlab workspace and plot the trajectory. Review the projectile motion theory developed in Physics, discussed and utilized several times in this class. A 0 B Design and simulate a trajectory of a projectile motion with initial velocity of Vo = 75 m/s and launch angle of 45º. Your design blocks should compute and display the following: 1. Horizontal (x-) component of Vo 2. Vertical (y-) component of Vo 3. Time taken to attain max height, tmax 4. Total flight time, tft 5. Max height attained, ymax 6. The range, R of the projectile 7. The height y(t-2) at t = 2s 8. The x-displacementx(t) when t=2s. Export the xarr(t) and yarr(t) to your Matlab workspace and plot the trajectory.

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1 Projectile Motion Problem clear allclose allclc Given values Vo 75 Initial ... View the full answer