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Assuming it was possible to switch two objects of such mass in a time period of 0: * If the new sun had a larger radius, either all the planets would be travelling too slow to maintain orbit and they would soon go spiralling into it and be consumed, or the nearer planets would experience a noticeable increase in radiation. * If the new sun had more mass (and a similar radius), the first effect would be observed in certainty.
What else can I help you with?
If there were no planets what happen?
Without planets, our solar system would lose its structure and gravitational balance. The absence of planets would also significantly impact the dynamics of our solar system, potentially altering the orbits of asteroids and comets. Additionally, the absence of planets would affect the distribution of mass and energy within the system, leading to different physical and astronomical phenomena.
What would happen if the sun was replaced by R136a1?
R136a1's heat would probably vaporize all of the planets.
Why do you weigh more on earth that other planets?
You don't, necessarily. On Jupiter you would weigh more than twice your weight on Earth. Your weight would be different on the different planets because the strength of gravity varies.
What will happen if all the planets are same distance from the sun?
They would have banged into each other, split up, gone off in different directions and regrouped into planets with different orbits.
How do you calculate current position of the planets using Microsoft Excel?
You would need to know a lot about astronomy and the ways the planets are arranged and how they move. That would be your starting point. That would be quite complex. Once you have those calculations, then it could be done in Excel. However the planets are constantly moving, and all at different speeds and taking different amounts of time to orbit the Sun and having various quirks into their movements.You would need to know a lot about astronomy and the ways the planets are arranged and how they move. That would be your starting point. That would be quite complex. Once you have those calculations, then it could be done in Excel. However the planets are constantly moving, and all at different speeds and taking different amounts of time to orbit the Sun and having various quirks into their movements.You would need to know a lot about astronomy and the ways the planets are arranged and how they move. That would be your starting point. That would be quite complex. Once you have those calculations, then it could be done in Excel. However the planets are constantly moving, and all at different speeds and taking different amounts of time to orbit the Sun and having various quirks into their movements.You would need to know a lot about astronomy and the ways the planets are arranged and how they move. That would be your starting point. That would be quite complex. Once you have those calculations, then it could be done in Excel. However the planets are constantly moving, and all at different speeds and taking different amounts of time to orbit the Sun and having various quirks into their movements.You would need to know a lot about astronomy and the ways the planets are arranged and how they move. That would be your starting point. That would be quite complex. Once you have those calculations, then it could be done in Excel. However the planets are constantly moving, and all at different speeds and taking different amounts of time to orbit the Sun and having various quirks into their movements.You would need to know a lot about astronomy and the ways the planets are arranged and how they move. That would be your starting point. That would be quite complex. Once you have those calculations, then it could be done in Excel. However the planets are constantly moving, and all at different speeds and taking different amounts of time to orbit the Sun and having various quirks into their movements.You would need to know a lot about astronomy and the ways the planets are arranged and how they move. That would be your starting point. That would be quite complex. Once you have those calculations, then it could be done in Excel. However the planets are constantly moving, and all at different speeds and taking different amounts of time to orbit the Sun and having various quirks into their movements.You would need to know a lot about astronomy and the ways the planets are arranged and how they move. That would be your starting point. That would be quite complex. Once you have those calculations, then it could be done in Excel. However the planets are constantly moving, and all at different speeds and taking different amounts of time to orbit the Sun and having various quirks into their movements.You would need to know a lot about astronomy and the ways the planets are arranged and how they move. That would be your starting point. That would be quite complex. Once you have those calculations, then it could be done in Excel. However the planets are constantly moving, and all at different speeds and taking different amounts of time to orbit the Sun and having various quirks into their movements.You would need to know a lot about astronomy and the ways the planets are arranged and how they move. That would be your starting point. That would be quite complex. Once you have those calculations, then it could be done in Excel. However the planets are constantly moving, and all at different speeds and taking different amounts of time to orbit the Sun and having various quirks into their movements.You would need to know a lot about astronomy and the ways the planets are arranged and how they move. That would be your starting point. That would be quite complex. Once you have those calculations, then it could be done in Excel. However the planets are constantly moving, and all at different speeds and taking different amounts of time to orbit the Sun and having various quirks into their movements.
Does gravity affect your weight on different planets?
Yes, gravity affects your weight on different planets. Weight is a measure of the gravitational force acting on an object, so on planets with stronger gravity, you would weigh more, and on planets with weaker gravity, you would weigh less compared to your weight on Earth.
What would happen if the sun was replaced by Rigel?
It wouldnt be good because it might even destroy our 4 inner planets, we would have to be as far as Pluto. Even if we are as far as Pluto ,Rigel's color is blue and would affect our normal light
What if a planet Venus destroyed?
it would affect the nearby planets.
If there were no planets what happen?
Without planets, our solar system would lose its structure and gravitational balance. The absence of planets would also significantly impact the dynamics of our solar system, potentially altering the orbits of asteroids and comets. Additionally, the absence of planets would affect the distribution of mass and energy within the system, leading to different physical and astronomical phenomena.
What would happen if the sun was replaced by R136a1?
R136a1's heat would probably vaporize all of the planets.
Why would a can of soda weigh different in other planets?
The can of soda would weigh a different amount on other planets because they don't have the same amount of mass as earth does.
What is a good sixth grade science question for planets and their motion?
Well a good answer for that would be there are many different motions for different planets but if you want to know are universe planets motion it all rotates around the sun.
Why would a tin of beans would weigh differently on different planets?
A tin of beans would weigh differently on different planets due to variations in gravitational pull. Gravity is stronger on larger planets and weaker on smaller ones, affecting the weight of objects. Therefore, the tin of beans would feel heavier on a planet with higher gravity and lighter on a planet with lower gravity.
Why do you weigh more on earth that other planets?
You don't, necessarily. On Jupiter you would weigh more than twice your weight on Earth. Your weight would be different on the different planets because the strength of gravity varies.
What will happen if all the planets are same distance from the sun?
They would have banged into each other, split up, gone off in different directions and regrouped into planets with different orbits.
If you traveled to the outermost planet in our solar system do you think the constellations would appear to change their shapes?
Constellations are made up of stars that are significantly farther away than the planets in our solar system, so their shapes would remain relatively consistent regardless of where you are in the solar system. However, the positions of the planets themselves may affect the alignment of constellations as seen from different planets.
Which planet does not reflect light?
There may be some planets that don't reflect light but if they are there we can't see them and unless they were big enough to affect the orbits of nearby planets we would not be aware of them.
