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officialmanojsh
Why do Moons revolve around planets? If because of gravitational pull, why won't they clash with planets. Please help me get answer to this question!?
officialmanojsh said:Angle depression of canon and force of which it shoots canon balls varies from ball a to b to c. Angle of depression of firing ball C is @horizontal line
Sorry, that's not how this site works (most of the time). We're here to help people understand physical concepts, and not being spoon-fed the answers is how people learn best. Getting there yourself is how you develop intuition.officialmanojsh said:It would be better if you finally say complete answer bro! ;)
It's the same in all three cases.officialmanojsh said:I hope I've got the answer. Hey Bannersnatch, is answer mass?
RUber said:I would argue that there would even be a case d where the moon goes off into space and does not come back.
RUber said:What force does velocity impart on an object?
That is the force that has to balance with gravity to keep it orbiting.
The natural moons revolve around planets because of the force of gravity. A moon is attracted to a planet because of its mass, and as a result, it orbits around the planet.
Yes, the moon's orbit is determined by the direction of its initial velocity and the gravitational pull of the planet. If the moon's initial velocity is perpendicular to the planet's gravitational pull, it will have a circular orbit. Otherwise, it will have an elliptical orbit.
Yes, moons can have moons, also known as "moonmoons" or "submoons." However, it is unlikely for a moon to have its own moon due to the complexities of gravitational forces and orbital stability.
The number of moons a planet can have varies greatly. For example, Saturn has 82 known moons while Mercury has none. The number of moons a planet has depends on its size, distance from the sun, and formation process.
No, not all planets have moons. The inner planets, Mercury, Venus, Earth, and Mars, do not have any moons. The outer planets, also known as gas giants, tend to have more moons due to their larger size and stronger gravitational pull.