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- Centrifugal Force on Rotating tire / wheel

Heya PhysicsForums!

Remote Control Car toy tires and wheels.

a 4" tire/wheel rotates at 8400rpm at 100mph.

Am wondering how many "g's" the tire "experiences" at that rpm; I imagine it being hundreds of times (if below is accurate am WAY off with my guess)

Using a centrifugal force calculator and the following values (sorry about units)

Mass (of just tire) = 250 grams

radius = 2 inches

tangential velocity = 100mph

equals a force of 9835 Newtons and centrifugal acceleration (I guess this is the value am interested in?) of 39,340m/s/s

so for G units is that the centrifugal acceleration of 39,340 / 9.81 = 4,010g?

meaning the tire experiences 4000g's of force perpendicular to the axel? (if so omg that is some strong glue holding the tire to the wheel lol)

Remote Control Car toy tires and wheels.

a 4" tire/wheel rotates at 8400rpm at 100mph.

Am wondering how many "g's" the tire "experiences" at that rpm; I imagine it being hundreds of times (if below is accurate am WAY off with my guess)

Using a centrifugal force calculator and the following values (sorry about units)

Mass (of just tire) = 250 grams

radius = 2 inches

tangential velocity = 100mph

equals a force of 9835 Newtons and centrifugal acceleration (I guess this is the value am interested in?) of 39,340m/s/s

so for G units is that the centrifugal acceleration of 39,340 / 9.81 = 4,010g?

meaning the tire experiences 4000g's of force perpendicular to the axel? (if so omg that is some strong glue holding the tire to the wheel lol)