SOLVE USING MATLAB AND POST PUBLISHED SOLUTION A cannon is fired on level ground

Question

SOLVE USING MATLAB AND POST PUBLISHED SOLUTION

A cannon is fired on level ground. Assume the user inputs an initial velocity (v0) of 100 m/s and an initial elevation angle of theta = 25 degrees. Using a while loop, calculate the x and y position of the cannon ball in time steps of 0.1 seconds until the cannon ball hits the ground. Assume the initial position is (x,y) = (0,0). The vertical acceleration due to gravity is -9.8 m/s2. Display the time, x-position and y-position in a nice table format with three columns. (Your output should look similar to the table from the previous cannon problem.)

Explanation / Answer

Initial velocity V0 = 100 m/s

Initial elevation angle of theta= 25 degrees

We implement a program in matlab using a while loop.....

below is the code.....

%another code for projectile calculation:

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