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ANOTHER QUESTION FOR ALL BEST RANK HOLDERS✌✌✔✔
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ANSWER MUST BE CONTENT QUALITY ✔✔✔
QUESTION :
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WHY LIGHT APPLE FALLS ON THE EARTH BUT THE LARGE MOON DOESN'T FALL ON THE EARTH?
ANSWER PLEASE THIS QUESTION ✔✔✔
THANK-YOU
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Anonymous:
no need of 'to' here xd
because equal force of centrifugal and centripitical force and time space curves
space curvature is different thing here *
Answers
Answered by
23
hey mate ⭐⭐⭐⭐⭐⭐⭐⭐⭐
the ans of your question...
The truth is that the moon IS constantly trying to fall upon the earth, due to the force of gravity; but it is constantly missing, due to its tangential velocity.
To understand this, think of whirling a rock, tied to the end of a string, around and around, with your hand just above your head. As the rock travels in circles it is constantly being pulled toward you by the force on the string (which is like Earth's pull of gravity on the moon). Why doesn't the rock come bonk you on the head, if you are constantly pulling it toward your head? The answer is that the rock is always trying to change its velocity vector to come do just that; but the change is only enough to just keep it in a circular path, like the pull on the Moon is just enough to keep it in a circular orbit around Earth.
I hope it will help you,,,,,,✌️✌️✌️✌️✌️✌️✌️
the ans of your question...
The truth is that the moon IS constantly trying to fall upon the earth, due to the force of gravity; but it is constantly missing, due to its tangential velocity.
To understand this, think of whirling a rock, tied to the end of a string, around and around, with your hand just above your head. As the rock travels in circles it is constantly being pulled toward you by the force on the string (which is like Earth's pull of gravity on the moon). Why doesn't the rock come bonk you on the head, if you are constantly pulling it toward your head? The answer is that the rock is always trying to change its velocity vector to come do just that; but the change is only enough to just keep it in a circular path, like the pull on the Moon is just enough to keep it in a circular orbit around Earth.
I hope it will help you,,,,,,✌️✌️✌️✌️✌️✌️✌️
yes
I also think tht ur ans is not complete one.. bt OK fab :)
im not satisfied your answer
kay faltu pan lavalay
yae
yes
hii
hi
Answered by
59
⏩Thanks For asking the question
⬜MOON⬜
◽The Moon does not fall to Earth because it is in an orbit.
◾As we know as what the Satellites and the moon are doing in the space we can't actually do it here that is close to the surface of the earth due to wind resistance, but on the surface of the moon where there is no atmosphere, you could indeed have a very low orbit.
◽As we know gravity gets weaker as you go further out.
Remember there is no cut off distance.
This is what the mechanism by which things STAY UP in the space.
◾Thus, Our conclusion is that the Moon falls toward Earth due to gravity, but doesn't get any closer to Earth simply because its motion is an orbit.
⏩Note:
◾ If we Raise the excuse of Gravitational force then it is true that two bodies with large masses such as Earth and the Moon exert a strong gravitational pull on each other.
◽But, Remember that the centrifugal(Outward) force of the Moon's motion counteracts this gravitational pull, so In presence of these Several Equilibrium of Forces Moon Does not fall on the Earth.
⬛APPLE⬛
◾In the case of Apple Gravitational force b\w Earth and the Apple is always Attractive.
◽That is any, two objects will accelerate towards each other due to there gravitational attraction.
◾Now, When Apple falls from a tree The Earth pulls on the Apple and Apple also pulls on the Earth However, Density of Apple is very less in comparison of Earth so Apple Obviously Fall's Down on the Earth.
Regards
Brainly user
⬜MOON⬜
◽The Moon does not fall to Earth because it is in an orbit.
◾As we know as what the Satellites and the moon are doing in the space we can't actually do it here that is close to the surface of the earth due to wind resistance, but on the surface of the moon where there is no atmosphere, you could indeed have a very low orbit.
◽As we know gravity gets weaker as you go further out.
Remember there is no cut off distance.
This is what the mechanism by which things STAY UP in the space.
◾Thus, Our conclusion is that the Moon falls toward Earth due to gravity, but doesn't get any closer to Earth simply because its motion is an orbit.
⏩Note:
◾ If we Raise the excuse of Gravitational force then it is true that two bodies with large masses such as Earth and the Moon exert a strong gravitational pull on each other.
◽But, Remember that the centrifugal(Outward) force of the Moon's motion counteracts this gravitational pull, so In presence of these Several Equilibrium of Forces Moon Does not fall on the Earth.
⬛APPLE⬛
◾In the case of Apple Gravitational force b\w Earth and the Apple is always Attractive.
◽That is any, two objects will accelerate towards each other due to there gravitational attraction.
◾Now, When Apple falls from a tree The Earth pulls on the Apple and Apple also pulls on the Earth However, Density of Apple is very less in comparison of Earth so Apple Obviously Fall's Down on the Earth.
Regards
Brainly user
kindly stop messing here
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