if a projectile has constant initial speed and angle of projection, find the relation between the changes in the horizontal range due to change in acceleration due to gravity.
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x = u cos Ф t
y = u sin Ф t - 1/2 g t²
velocity in vertical direction = dy/dt = u sin Ф - g t
it becomes 0, when t = u sinФ / g.
At this point of time the project reaches the highest altitude.
In this duration horizontal distance travelled is = x = u CosФ t * u sin Ф / g
Range is twice this distance
so R = u² Sin2Ф / g
So horizontal range is inversely proportional to the acceleration due to gravity.
y = u sin Ф t - 1/2 g t²
velocity in vertical direction = dy/dt = u sin Ф - g t
it becomes 0, when t = u sinФ / g.
At this point of time the project reaches the highest altitude.
In this duration horizontal distance travelled is = x = u CosФ t * u sin Ф / g
Range is twice this distance
so R = u² Sin2Ф / g
So horizontal range is inversely proportional to the acceleration due to gravity.
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