Physics

Grade-10

Easy

Question

Why does the earth not seem to move towards an apple falling towards it?

It does not move towards the apple.
There is no force to move the earth towards the apple
The acceleration gained by the earth is not sufficient for its motion to be apparent
The earth only pulls objects towards itself and does not move towards them

hint Hint:

Gravitational force is directly proportional to mass.

The correct answer is: The acceleration gained by the earth is not sufficient for its motion to be apparent

The correct option is c)The acceleration gained by the earth is not sufficient for its motion to be apparent.
Acceleration is inversely proportional to mass, so gravitational acceleration can be ignored.
The apple falls to the earth, but the earth does not move towards the apple because acceleration is inversely proportional to mass. The Earth's mass is very large compared to the apple, so the acceleration towards the apple is negligible.

The pull exerted by the Earth on a body of mass 1 kg is ___ N.

The correct option is c)9.8.
From Newton's law of universal gravitation, we know that the gravitational force between objects is given by the following formula:
$F equals fraction numerator G M m over denominator R squared end fraction$
$Mass of earth=M= 6 . 0 \times 1 0^{24} k g$
$m=1kg$
$R= 6.4 x 10 6$
$G= 6.67 x 10 -11 Nm 2 /kg$
$Substituting the values we get,$
$F=9.8 N$

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Why does the earth not seem to move towards an apple falling towards it?

It does not move towards the apple.There is no force to move the earth towards the appleThe acceleration gained by the earth is not sufficient for its motion to be apparentThe earth only pulls objects towards itself and does not move towards them

Gravitational force is directly proportional to mass.

The correct answer is: The acceleration gained by the earth is not sufficient for its motion to be apparent

Related Questions to study

The pull exerted by the Earth on a body of mass 1 kg is ___ N.

The pull exerted by the Earth on a body of mass 1 kg is ___ N.

Gravitational force attracts the earth and the moon to each other. The earth attracts the moon with the following force:

Gravitational force attracts the earth and the moon to each other. The earth attracts the moon with the following force:

Riya buys a bag of sugar of weight W at a place on the equator. She takes it to Antarctica. The weight of a sugar bag in Antarctica:

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Two objects, a hammer and feather in vacuum falling freely near the surface of the moon would:

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If the mass of a body on the moon is 40 kg what is its weight on the earth?

If the mass of a body on the moon is 40 kg what is its weight on the earth?

What is the mass of an object whose weight is 98 newtons?

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The weight of the body at a certain place is 30 N. The acceleration due to gravity at that point is 10 m/s2. Find out the weight of the object at the place where the acceleration due to gravity is 5 m/s2?

The weight of the body at a certain place is 30 N. The acceleration due to gravity at that point is 10 m/s2. Find out the weight of the object at the place where the acceleration due to gravity is 5 m/s2?

The weight of the body at a certain place is 30 N. The acceleration due to gravity at that point is 10 m/s2. Find out the mass of the object at the place where the acceleration due to gravity is 5 m/s2?

The weight of the body at a certain place is 30 N. The acceleration due to gravity at that point is 10 m/s2. Find out the mass of the object at the place where the acceleration due to gravity is 5 m/s2?

A body falling under gravity executes a/an ____ motion.

A body falling under gravity executes a/an ____ motion.

The weight of a body is taken at the poles and then at the equator. The weight:

The weight of a body is taken at the poles and then at the equator. The weight:

The value of acceleration due to gravity:

The value of acceleration due to gravity:

Gravitational acceleration does not depend on which of the following factors:

Gravitational acceleration does not depend on which of the following factors:

On the surface of the earth, the weight of a body is:

On the surface of the earth, the weight of a body is:

The gravitational attraction between the earth and an apple causes it to fall of a tree. If F1 is the magnitude of the earth's force on the apple and F2 is the magnitude of the apple's force on the earth, then:

The gravitational attraction between the earth and an apple causes it to fall of a tree. If F1 is the magnitude of the earth's force on the apple and F2 is the magnitude of the apple's force on the earth, then:

The earth pulls a body of mass 10 kg with a force of ____ N.

The earth pulls a body of mass 10 kg with a force of ____ N.

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It does not move towards the apple.
There is no force to move the earth towards the apple
The acceleration gained by the earth is not sufficient for its motion to be apparent
The earth only pulls objects towards itself and does not move towards them

The weight of the body at a certain place is 30 N. The acceleration due to gravity at that point is 10 m/s². Find out the weight of the object at the place where the acceleration due to gravity is 5 m/s^₂_?

The weight of the body at a certain place is 30 N. The acceleration due to gravity at that point is 10 m/s². Find out the weight of the object at the place where the acceleration due to gravity is 5 m/s^₂_?

The weight of the body at a certain place is 30 N. The acceleration due to gravity at that point is 10 m/s². Find out the mass of the object at the place where the acceleration due to gravity is 5 m/s²?

The weight of the body at a certain place is 30 N. The acceleration due to gravity at that point is 10 m/s². Find out the mass of the object at the place where the acceleration due to gravity is 5 m/s²?

The gravitational attraction between the earth and an apple causes it to fall of a tree. If F₁ is the magnitude of the earth's force on the apple and F₂ is the magnitude of the apple's force on the earth, then:

The gravitational attraction between the earth and an apple causes it to fall of a tree. If F₁ is the magnitude of the earth's force on the apple and F₂ is the magnitude of the apple's force on the earth, then: