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It would be about 1000000000000000000 pounds
No.
All matter formed together in a tiny ball smaller than an atom. All the force was too much, so the ball exploded. Tiny particles of matter gathered together to form planets.
A planet can not have planets.it probably can have planets say somehow 2 planets crashed together then exploded and little pieces come from the planet
As they need space to carry out photosynthesis.
a lot more than first 3 planets
It would be about 1000000000000000000 pounds
No.
All the planets in the solar system can fit inside of Jupiter with room to spare. So, all the planets put together would almost be twice the size of Jupiter.
the planets would not receive heat from the sun and all life on earth would cease to exist. also the planets would not rotate or be held in place. the sun is what holds the planets together in orbit.
About four buckets worth. It's nonsense, but it makes at least as much sense as the question.
All matter formed together in a tiny ball smaller than an atom. All the force was too much, so the ball exploded. Tiny particles of matter gathered together to form planets.
Yes, the sun is much bigger than all of the planets put together.
gassy planets are made of gas that is stuck together by gravity. Also the answer is in the question.
it would be the average of all of all the planets .
A planet can not have planets.it probably can have planets say somehow 2 planets crashed together then exploded and little pieces come from the planet
It would be almost impossible to calculate the diameter of all the planets in inches, so your question can't really be answered. Plus, there are so many planets out there, so even calculating that in miles or kilometers would be pretty much impossible.