# Gravitation MCQs Quiz Multiple Choice Questions & Answers

## Test Your Skills in Gravitation Quiz Online

Dive into the captivating realm of Gravitation with our extensive collection of multiple-choice questions and answers. Whether you're a student preparing for exams or an enthusiast eager to explore the mysteries of celestial mechanics, our meticulously curated selection covers all facets of gravity, from Newton's law of universal gravitation to the dynamics of orbits and gravitational fields. Delve into fundamental concepts and unravel the gravitational forces shaping our universe with our user-friendly interface and detailed explanations. Mastering Gravitation has never been more accessible and engaging. Start your gravitational journey today!

1. If the distance between two bodies is doubled, the force of attraction F between them will be

2. The force of gravitation between two bodies in the universe does not depend on

3. Name the fundamental force which holds the planets in their orbits around the sun.

4. When an object is thrown up, the force of gravity is

5. A stone is dropped from a cliff. Its speed after it has fallen 100 m is

6. A ball is thrown up and attains a maximum height of 100 m. Its initial speed was

7. A stone dropped from the roof of a building takes 4 seconds to reach the ground. What is theheight of the building?

8. The acceleration due to gravity is zero at

9. A feather and a coin released simultaneously from the same height do not reach the ground at the same time because of the

10. The weight of an object of mass 10 kg on earth is

11. The weight of an object of mass 15 kg at the centre of the earth is

12. Mass remains ______ throughout the universe.

13. SI unit of weight is

14. How much would a man, whose mass is 60 kg weigh on the moon?

15. What is the mass of an object whose weight on earth is 196 N?

16. The upward force acting on an object submerged in a liquid is

17. The normal force per unit area is called

18. If the mass of a ball is 5 kg on earth, then what would be its mass on Jupiter?