(B) The gravitational force between two small objects on the surface of the Earth is extremely weak because their masses are very small.In contrast,th

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(B) The gravitational force between two small objects on the surface of the Earth is extremely weak because their masses are very small.In contrast,the mass of the Earth is enormous.Due to this,the gravitational attraction between any object and the Earth is significantly stronger than the mutual attraction between the objects themselves.Consequently,all objects are pulled towards the center of the Earth rather than towards each other.

Class 9 Science GRAVITATION Mix Example - GRAVITATION

Easy

According to Newton's law of gravitation,every particle of matter attracts every other particle. But bodies on the surface of the Earth never move towards each other on account of this force of attraction. Why?

A
The force is too weak.
B
The Earth's gravity dominates.
C
Friction prevents movement.
D
The bodies are too heavy.

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Mix Example - GRAVITATION

$(a)$ Differentiate between $G$ and $g$.
$(b)$ Is the value of $g$ the same everywhere on Earth? Reason out.
$(c)$ How does the gravitational force between two objects change if the distance between them is tripled?

Medium

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What is the shape of the path followed by a projectile?

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The gravitational force between two objects is $F$. If the masses of both objects are halved without changing the distance between them,then the gravitational force would become:

Medium

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The value of $g$ on the earth's surface is $9.8 \, m s^{-2}$. Suppose the earth suddenly shrinks to one-third of its present size without losing any mass. What is the value of $g$ on the surface of the shrunk earth (in $, m s^{-2}$)?

Medium

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State whether the following statement is True or False:
The acceleration of a body thrown vertically upward is numerically the same as the acceleration of a body falling downward,but opposite in sign.

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According to Newton's law of gravitation,every particle of matter attracts every other particle. But bodies on the surface of the Earth never move towards each other on account of this force of attraction. Why?

Similar Questions

$(a)$ Differentiate between $G$ and $g$.$(b)$ Is the value of $g$ the same everywhere on Earth? Reason out.$(c)$ How does the gravitational force between two objects change if the distance between them is tripled?

What is the shape of the path followed by a projectile?

The gravitational force between two objects is $F$. If the masses of both objects are halved without changing the distance between them,then the gravitational force would become:

The value of $g$ on the earth's surface is $9.8 \, m s^{-2}$. Suppose the earth suddenly shrinks to one-third of its present size without losing any mass. What is the value of $g$ on the surface of the shrunk earth (in $, m s^{-2}$)?

State whether the following statement is True or False:The acceleration of a body thrown vertically upward is numerically the same as the acceleration of a body falling downward,but opposite in sign.

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$(a)$ Differentiate between $G$ and $g$.
$(b)$ Is the value of $g$ the same everywhere on Earth? Reason out.
$(c)$ How does the gravitational force between two objects change if the distance between them is tripled?

State whether the following statement is True or False:
The acceleration of a body thrown vertically upward is numerically the same as the acceleration of a body falling downward,but opposite in sign.