359679 A simple pendulum doing small oscillations at a place \(R\) height above earth surface has time period of \({T_1} = 4\;s.\) \({T_2}\) would be it's time period if it is brought to a point which is at a height 2 \(R\) from earth surface. Choose the correct relation ( \(R = \) radius of earth )

359680 A body hanging from a spring stretches it by \(1\;cm\) at the earth's surface. How much will the same body stretch the spring at a place \(1600\;km\) above the earth's surface?
(Radius of earth \( = 6400\;km\))

359681 Read the Assertion and Reason carefully to mark the correct options given below:
Assertion :
A pendulum clock when taken to Mount Everest becomes fast.
Reason :
The value of \(g\) (acceleration due to gravity) is less at Mount Everest than its value on the surface of earth.

359682 The weight of a body on the surface of the earth is \(100\;N\). The gravitational force on it when taken at a height, from the surface of earth, equal to one-fourth the radius of the earth is

359679 A simple pendulum doing small oscillations at a place \(R\) height above earth surface has time period of \({T_1} = 4\;s.\) \({T_2}\) would be it's time period if it is brought to a point which is at a height 2 \(R\) from earth surface. Choose the correct relation ( \(R = \) radius of earth )

359680 A body hanging from a spring stretches it by \(1\;cm\) at the earth's surface. How much will the same body stretch the spring at a place \(1600\;km\) above the earth's surface?
(Radius of earth \( = 6400\;km\))

359681 Read the Assertion and Reason carefully to mark the correct options given below:
Assertion :
A pendulum clock when taken to Mount Everest becomes fast.
Reason :
The value of \(g\) (acceleration due to gravity) is less at Mount Everest than its value on the surface of earth.

359682 The weight of a body on the surface of the earth is \(100\;N\). The gravitational force on it when taken at a height, from the surface of earth, equal to one-fourth the radius of the earth is

359679 A simple pendulum doing small oscillations at a place \(R\) height above earth surface has time period of \({T_1} = 4\;s.\) \({T_2}\) would be it's time period if it is brought to a point which is at a height 2 \(R\) from earth surface. Choose the correct relation ( \(R = \) radius of earth )

359680 A body hanging from a spring stretches it by \(1\;cm\) at the earth's surface. How much will the same body stretch the spring at a place \(1600\;km\) above the earth's surface?
(Radius of earth \( = 6400\;km\))

359681 Read the Assertion and Reason carefully to mark the correct options given below:
Assertion :
A pendulum clock when taken to Mount Everest becomes fast.
Reason :
The value of \(g\) (acceleration due to gravity) is less at Mount Everest than its value on the surface of earth.

359682 The weight of a body on the surface of the earth is \(100\;N\). The gravitational force on it when taken at a height, from the surface of earth, equal to one-fourth the radius of the earth is

359679 A simple pendulum doing small oscillations at a place \(R\) height above earth surface has time period of \({T_1} = 4\;s.\) \({T_2}\) would be it's time period if it is brought to a point which is at a height 2 \(R\) from earth surface. Choose the correct relation ( \(R = \) radius of earth )

359680 A body hanging from a spring stretches it by \(1\;cm\) at the earth's surface. How much will the same body stretch the spring at a place \(1600\;km\) above the earth's surface?
(Radius of earth \( = 6400\;km\))

359681 Read the Assertion and Reason carefully to mark the correct options given below:
Assertion :
A pendulum clock when taken to Mount Everest becomes fast.
Reason :
The value of \(g\) (acceleration due to gravity) is less at Mount Everest than its value on the surface of earth.

359682 The weight of a body on the surface of the earth is \(100\;N\). The gravitational force on it when taken at a height, from the surface of earth, equal to one-fourth the radius of the earth is