Advertisements
Advertisements
Question
Explain the motion of a planet around the Sun in a circular path.
Advertisements
Solution
A planet moves around the Sun in a nearly circular path for which the gravitational force of attraction on the planet by the Sun provides the necessary centripetal force required for circular motion.
APPEARS IN
RELATED QUESTIONS
What is the position of the centre of gravity of a cylinder?
'The centre of gravity of a freely suspended body always lies vertically below the point of suspension'.
Following Fig shows piece of cardboard of uniform thickness cut into different shapes. Draw two lines to indicate the position of centre of gravity G.

The centre of gravity of a hollow cone of height h is at distance x from its vertex where the value of x is ______.
Explain why a ship loaded with light goods is more liable to be overturned than the one loaded with heavy goods.
Explain the term ‘centre of gravity’ of a body.
Answer the following question.
Why do we need to know the center of mass of an object? For which objects, its position may differ from that of the center of gravity?
If mean radius of earth is R, its angular velocity is ro and the acceleration due to gravity at the surface of the earth is g, then the cube of the radius of the orbit of satellite will be ____________.
When balancing a ruler on your finger, the point of balance is the ruler's ______.
