Earth is a spherical object, which completes a full rotation every 24 hours. How long should the day on Earth be so that an object at the equator is able to float freely above the ground?
Earth is a spherical object, which completes a rotation once every 24 hours. How long should the day on Earth be so that an object at the equator is able to float freely above the ...
Solution Summary
We calculate how fast the earth needs to rotate in order for an object at the equator to freely float above the ground.
... it doesn't precess at all, due to the ... Coriolis force also has an effect on weather systems ... The Coriolis and Centrifugal forces are fictitious forces arising ...
... pull is now greater than the centrifugal force and as ... 2Π/R)√[r3/g] where R = Radius of earth = 6400 km ... of the circular orbit, g = Acceleration due to gravity ...
... This centripetal force is provided by the force of gravitation between the two. Hence,. ... Acceleration due to rotation (centrifugal acceleration) is given by ...
... not to fall we require that the centrifugal acceleration equals ... is the multiplication of the force by the ... Therefore different forces can apply the same torque ...
... it would move towards the center, the gravitational force would eventually ... visible galaxy would rip the galaxy apart due to the centrifugal forces caused by ...
