# You wonder about the motion of the ferris wheel. You estimate the radius to be 12 m and time one revolution to be 27s.What is the ratio of your weight at the top of the ride to your weight while standing on the ground?What is the ratio of your weight at the bottom of the ride to your weight while standing on the ground?

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You wonder about the motion of the ferris wheel. You estimate the radius to be 12 m and time one revolution to be 27s.

What is the ratio of your weight at the top of the ride to your weight while standing on the ground?

What is the ratio of your weight at the bottom of the ride to your weight while standing on the ground?

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Step 1

Given information:

Radius of the Ferris wheel (R) = 12 m

Time period of the wheel (T) = 27 s

Let the mass of the person be “m”

Step 2

We know that the angular velocity of the Ferris wheel is given by:

Step 3

weight of the person at the top of the wheel:

we know that the centrifugal force on the person acts outwards from the centre of the Ferris wheel ...

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