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Quote from: pasala on 28/09/2019 18:38:08In case if it is a gas giant, it is spread in a wide area and more particles are exposed to energy, resulting in curvature. Though energy is weak particles gets into its grip.So what you're saying is that it depends on the density of the planet, is that right?
In case if it is a gas giant, it is spread in a wide area and more particles are exposed to energy, resulting in curvature. Though energy is weak particles gets into its grip.
that itself is the answer
Ok suppose that it is Earth’s matter then Moon is also having same matter only. Why only Earth’s matter is warping and why not Moon.
Both Earth and Moon are spinning against their axis with almost similar speed.
In case, let us assume that if cylindrical carnival “that accelerated motion” warps the space time.
If matter warps the space time, whatever size it may, it must warp similarly.
Quote from: pasala on Today at 14:46:44 that itself is the answerThen what do you propose is the relationship between density and distance from the Sun? Eris is much further from the Sun than Neptune is (67.74 AU vs. 30.11 AU), yet it has a much higher density (2.52 g/cc vs.1.638 g/cc).
Ok suppose that it is Earth’s matter then Moon is also having same matter only. Why only Earth’s matter is warping and why not Moon. The Moon is warping space-time.Quote from: pasala on Today at 15:35:08 Both Earth and Moon are spinning against their axis with almost similar speed.No they aren't. The Earth spins much faster than the Moon does.Quote from: pasala on Today at 15:35:08 In case, let us assume that if cylindrical carnival “that accelerated motion” warps the space time.The spin of an object can warp space-time (this is called frame dragging), but a non-spinning object will warp space-time as well.Quote from: pasala on Today at 15:35:08 If matter warps the space time, whatever size it may, it must warp similarly.What does that mean, exactly?
Quote from: pasala on 02/10/2019 15:35:08 In case, let us assume that if cylindrical carnival “that accelerated motion” warps the space time.The spin of an object can warp space-time (this is called frame dragging), but a non-spinning object will warp space-time as well.