Rocket Trajectory. Suppose a small rocket is being designed to make wind sheer m

Question

Rocket Trajectory. Suppose a small rocket is being designed to make wind sheer measurements in the vicinity of thunderstorms. The height of the rocket can be represented by the following equation:
height = 2.13*t^2-.0013*t^4 + .000034*t^4.751
a) Create a function called height that accepts time as an input and returns the height of the rocket. Use your function in your solutions to parts (b) and (c).
b) Compute, print and plot the time and height of the rocket from the time it launches until it hits the ground, in increments of 2 seconds. If the rocket has not hit the ground within 100 seconds, print value onlyu up through 100 seconds.
c) Modify the steps in part (a) so that, instead odf a table, the program prints the time at which the rocket begins to fall back to the ground and the time at which it hits the ground(when the elevation becomes negative)
Please use matlab code, Thanks

Explanation / Answer

Dear, a) function height= rocketHeight(t) height=2.13* t.^2-0.0013*t.^4-0.000034*t.^4.751 b) t=10:2:100; i=0; while i

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