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Why the earth don't attract other planets toward itself? Ex:- it can attract a stone toward itself because earth's mass is more than a stone,then why not other planets?
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Why the earth don't attract other planets toward itself? Ex:- it can a...
Earth have a gravitational force which is sufficient to pull a small stone. But it contains gravity is not enough to pull a planet.
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Why the earth don't attract other planets toward itself? Ex:- it can a...
Why doesn't the Earth attract other planets towards itself?
The Earth's gravitational pull is indeed powerful enough to attract objects towards itself, such as stones or satellites in orbit. However, when it comes to attracting other planets, several factors come into play that prevent the Earth from pulling them towards itself.
1. Relative masses:
The gravitational force between two objects is determined by their masses and the distance between them. While the Earth has a significant mass, other planets in our solar system also possess substantial masses. Due to their large masses, the gravitational pull of other planets is comparable to that of the Earth, resulting in a mutual gravitational attraction between them. Therefore, the Earth's mass alone is not sufficient to overpower the gravitational forces exerted by other planets.
2. Distance and proximity:
The strength of gravitational attraction diminishes as the distance between two objects increases. Planets are situated at significant distances from each other in the vast expanse of space. Even though the Earth's mass is substantial, the distances between planets are so vast that the gravitational forces between them are relatively weak. As a result, the Earth's gravitational pull is not strong enough to attract other planets towards itself.
3. Orbit and motion:
Planets in our solar system, including the Earth, follow elliptical orbits around the Sun. These orbits result from a delicate balance between gravity and the planet's motion. The Earth's gravitational force keeps it in a stable orbit around the Sun, and the same applies to other planets. The gravitational pull of other planets may influence the Earth's orbit slightly, but it is not significant enough to cause a collision or pull the planets closer together. The planets continue to orbit the Sun in their respective paths due to their initial velocities and the balance between gravitational attraction and centripetal force.
In conclusion, while the Earth's gravitational force can attract smaller objects like stones, it is not strong enough to pull other planets towards itself. The relative masses of the planets, the vast distances between them, and the orbital dynamics in our solar system play significant roles in preventing the Earth from attracting other planets.
The Earth's gravitational pull is indeed powerful enough to attract objects towards itself, such as stones or satellites in orbit. However, when it comes to attracting other planets, several factors come into play that prevent the Earth from pulling them towards itself.
1. Relative masses:
The gravitational force between two objects is determined by their masses and the distance between them. While the Earth has a significant mass, other planets in our solar system also possess substantial masses. Due to their large masses, the gravitational pull of other planets is comparable to that of the Earth, resulting in a mutual gravitational attraction between them. Therefore, the Earth's mass alone is not sufficient to overpower the gravitational forces exerted by other planets.
2. Distance and proximity:
The strength of gravitational attraction diminishes as the distance between two objects increases. Planets are situated at significant distances from each other in the vast expanse of space. Even though the Earth's mass is substantial, the distances between planets are so vast that the gravitational forces between them are relatively weak. As a result, the Earth's gravitational pull is not strong enough to attract other planets towards itself.
3. Orbit and motion:
Planets in our solar system, including the Earth, follow elliptical orbits around the Sun. These orbits result from a delicate balance between gravity and the planet's motion. The Earth's gravitational force keeps it in a stable orbit around the Sun, and the same applies to other planets. The gravitational pull of other planets may influence the Earth's orbit slightly, but it is not significant enough to cause a collision or pull the planets closer together. The planets continue to orbit the Sun in their respective paths due to their initial velocities and the balance between gravitational attraction and centripetal force.
In conclusion, while the Earth's gravitational force can attract smaller objects like stones, it is not strong enough to pull other planets towards itself. The relative masses of the planets, the vast distances between them, and the orbital dynamics in our solar system play significant roles in preventing the Earth from attracting other planets.
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Why the earth don't attract other planets toward itself? Ex:- it can attract a stone toward itself because earth's mass is more than a stone,then why not other planets?
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Why the earth don't attract other planets toward itself? Ex:- it can attract a stone toward itself because earth's mass is more than a stone,then why not other planets? for Class 9 2024 is part of Class 9 preparation. The Question and answers have been prepared according to the Class 9 exam syllabus. Information about Why the earth don't attract other planets toward itself? Ex:- it can attract a stone toward itself because earth's mass is more than a stone,then why not other planets? covers all topics & solutions for Class 9 2024 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for Why the earth don't attract other planets toward itself? Ex:- it can attract a stone toward itself because earth's mass is more than a stone,then why not other planets?.
Why the earth don't attract other planets toward itself? Ex:- it can attract a stone toward itself because earth's mass is more than a stone,then why not other planets? for Class 9 2024 is part of Class 9 preparation. The Question and answers have been prepared according to the Class 9 exam syllabus. Information about Why the earth don't attract other planets toward itself? Ex:- it can attract a stone toward itself because earth's mass is more than a stone,then why not other planets? covers all topics & solutions for Class 9 2024 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for Why the earth don't attract other planets toward itself? Ex:- it can attract a stone toward itself because earth's mass is more than a stone,then why not other planets?.
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