![]() Each of your results should be a 2001 × 3 matrix. Then use the two new meshed variables you create to recalculate vertical distance (v) and horizontal distance (h) traveled. Use the meshgrid function to create a mesh of theta and the time vector (t). This time, create a matrix theta of the three angles, π /2, π /4, and π /6. Xlabel(' horizontal distance, m' ),ylabel(' vertical distance, m' ) Problem 5. % to adjust the grid so that it is visible % back down again - it may be hidden in the y-axis - use the axis command % Note - the projectile fired at an angle of pi/2 goes straight up and Add a legend to identify which line is which.
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