Why do we feel lighter and heavier at the highest and lowest points of a Ferris wheel? Suppose, the Ferris wheel is revolving with a constant angular velocity.

Why do we feel lighter and heavier at the highest and lowest points of

1.	Why do we feel lighter and heavier at the highest and lowest points of a Ferris wheel? Suppose, the Ferris wheel is revolving with a constant angular velocity.
Answer» Solution :At the highest point of the WHEEL, we have, MG - n = `(mv^(2))/(r )` where m = mass of the PASSENGER, v = linear velocity of the passenger at the ROTATING Ferris wheel, r = radius fo curvature of the Ferris wheel and n is the normal reaction. `therefore "" n = mg - (mv^(2))/(r )` So, we FEEL lighter at the highest point. At the lowest point of the trajectory, n - mg = `(mv^(2))/(r)"" or, n = mg + (mv^(2))/(r)` Hence, we feel heavier at the lowest point of the Ferris wheel.