Are center and surface of the Earth not simultaneusly accelerating relative to BB ?

[Strange]

2 minutes ago, DimaMazin said:

The small planet gets additional escaping momentum. It means that the big planet or the star get negotive momentum. It means the big planet or star get less energy than the small planet, but they don't lose energy. Were do the energies come from?

What? If one body gains energy (I assume you are referring to kinetic energy) then another must lose it. (This is how gravitational slingshots work.)

If you are claiming that is not the case, then it is up to you to tell us where the energy comes from.

You can't invent a situation and then expect other people to explain it to you.

[J.C.MacSwell]

On 12/21/2018 at 9:18 PM, J.C.MacSwell said:

Which direction is the BB...exactly? Why is it not just as much here, as over there, where ever that is?

On 12/22/2018 at 10:00 AM, swansont said:

He mentioned distance, so that can’t be it. The CMBR frame is for velocity.

Then I guess the answer would be that neither the centre of the Earth or the Earth's surface are simultaneously accelerating wrt the BB, as they are not accelerating wrt it at all. The BB took place as much here as anywhere else.

Apologies for the delay in reply.

Edited July 28, 2019 by J.C.MacSwell