If earth stop spinning about its own axis, what will be the change in acceleration due to gravity on its equator ? The radius of earth is `6.4xx10^(6)` m and its ngular speed is `7.27xx10^(-5)rad//s`.

If earth stop spinning about its own axis, what will be the change in acceleration due to gravity on its equator ? The radius of earth is 6.4xx10^(6) m and its angular speed is 7.27xx10^(-5)rad//s .

If the Earth stops rotating about its axis, then by what value will the acceleration due to gravity change at the equator?

The earth rotates about its own axis, then the value of acceleration due to gravity is

If the earth stops rotating about its axis, then acceleration due to gravity remains unchanged at

How is acceleration due to gravity affected by rotation of earth about its axis ?

If the earth were made of iron of relative density 7.87, what would be the value of acceleration due to gravity on its surface ? Take, Radius of earth = 6.37 xx 10^(6) m , G = 6.67 xx 10^(11) Nm^(2) kg^(-2)

Show that if the earth stops rotating about its axis, then the acceleration due to gravity at the equator will increase by 3.38 cm *s^(-2) . The radius of the earth =6.4 xx10^8 cm .

Show that if the earth were not rotating about its axis the value of g at the equator would exceed its present value by 3.36cm//s^(-2) . Given the radius of earth = 6.371xx 10^(6)m . and angular speed of earth =7.27xx10^(-5)rad//s^(-1)