Question

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What are the factors that affect gravitation ...??​

Answer 1

Answer:

Although gravitation is usually viewed as a force of attraction, it is neither a force nor attracting.

Because it is the result of directional energy loss which changes momentum, the primary factors have to do with energy. All objects possess, radiate, and absorb energy. They also bend energy radiation as it passes by. The spectra of radiation radiated and absorbed, as well as the intensity radiated and ability to absorb are factors. The distance between objects is also a factor, because radiated energy intensity decreases with the square of the distance. Size is an indirect factor because larger objects generally radiate, absorb, and bend more energy.

If you define gravitation as the tendency of two objects to move toward each other in the absence of external force, then magnetism could be said to be a special case of gravitation. In this case, the narrow spectrum of radiation and absorption is a large factor, but the effect of distance is unchanged. The narrow spectrum also induces pronounced bending of the radiation. Turning two magnets so that their like poles face each other changes the gravitational effect because of mutual inability to absorb. In general, however, radiation and absorption spectra are quite broad, and intensity becomes the primary factor. It is quite possible that we have overestimated the amount of mass present in the sun and other stars because the gravitational effect upon which we have based our estimates was thought to be intrinsic to mass.

Radiation did not enter into the calculations. It should also be noted that the above hypothesis reverses the currently accepted cause and effect relationship between gravitation and bending of radiation. In addition, it explains why all objects of mass, given broad spectra of radiation and absorption, are gravitational monopoles.

Answer 2

Answer:

l am really sorry I don't know

Step-by-step explanation:

Thanks for free points.