Question

Find the expression for variation in acceleration due to gravity due to rotation of the earth.

Answer 1

Answer:

•What is Acceleration due to Gravity?

•Acceleration due to gravity is the acceleration gained by an object due to gravitational force. Its SI unit is m/s2. It has both magnitude and direction, hence, it’s a vector quantity. Acceleration due to gravity is represented by g. The standard value of g on the surface of the earth at sea level is 9.8 m/s2.

•Acceleration due to Gravity – Formula, Unit and Values

Acceleration due to Gravity – Formula, Unit and ValuesAcceleration Due to Gravity (g)

Acceleration due to Gravity – Formula, Unit and ValuesAcceleration Due to Gravity (g)Symbol g

Acceleration due to Gravity – Formula, Unit and ValuesAcceleration Due to Gravity (g)Symbol gDimensional Formula M0L1T-2

Acceleration due to Gravity – Formula, Unit and ValuesAcceleration Due to Gravity (g)Symbol gDimensional Formula M0L1T-2SI Unit ms-2

Acceleration due to Gravity – Formula, Unit and ValuesAcceleration Due to Gravity (g)Symbol gDimensional Formula M0L1T-2SI Unit ms-2Formula g = GM/r2

Acceleration due to Gravity – Formula, Unit and ValuesAcceleration Due to Gravity (g)Symbol gDimensional Formula M0L1T-2SI Unit ms-2Formula g = GM/r2Values of g in SI 9.806 ms-2

Acceleration due to Gravity – Formula, Unit and ValuesAcceleration Due to Gravity (g)Symbol gDimensional Formula M0L1T-2SI Unit ms-2Formula g = GM/r2Values of g in SI 9.806 ms-2Values of g in CGS 980 cm s-2