You sit at the outer rim of a ferris wheel that rotates 2 revolutions per minute (rpm). what would your rotational speed be if you were instead clinging to a position halfway from the center to the outer rim. be sure to provide at least 3 to 4 complete content related sentences and show any work needed to support your answer

The rotational speed will be the same

Explanation:

When there is a circular motion involved (as in this case with the Ferris Wheel), the rotational speed is defined as the ratio between the angle covered and the time taken to cover that angle ():

Since all the points along a radius of the the Ferris Wheel rotates coherently, they cover the same angular distance in the same amount of time, so the rotational speed is always the same for every point of the Wheel. This means that if you change the distance by moving halfway from the centre, the rotational speed is still 2 revolutions per minutes, because a point halfway from the centre also covers 2 complete revolutions in a minute.

explanation:

v=uf/(u-f)

= 5.-10/(5+10) convex lens has negative focal length

not too sure thinking all accelerations are pointed down