Create a MATLAB function file that takes initial velocity, initial angle of firing, final time, and gravitational constant as inputs. As outputs, your function should return projectile x and y positions as a function of time. Create a script where you define the function inputs, call the function, and then use the function to plot projectile motion for the initial angle a from 20 to 70 in increments of 5, over a time from 0 to 45 seconds. Use your code to verify that for a projectile with an initial velocity of 800 ft/s, (xB,yB) = (12000, 2000) ft is attained for two initial angles of firing: a = 29.5° and a = 70°. This verification should be shown using a plot, with legend and x and y axis labels.

Create a MATLAB function file that takes initial velocity, initial angle of firing, final time, and gravitational constant as inputs. As outputs, your function should return projectile x and y positions as a function of time. Create a script where you define the function inputs, call the function, and then use the function to plot projectile motion for the initial angle a from 20 to 70 in increments of 5, over a time from 0 to 45 seconds. Use your code to verify that for a projectile with an initial velocity of 800 ft/s, (xB,yB) = (12000, 2000) ft is attained for two initial angles of firing: a = 29.5° and a = 70°. This verification should be shown using a plot, with legend and x and y axis labels.

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

Section: Chapter Questions

Problem 1.1MA

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