The question is wrong in two ways:
Yes, matter from the Big Bang is still moving. The expansion of the universe that began with the Big Bang is still ongoing, causing galaxies and other structures to move away from each other. This movement is evidenced by the redshift observed in the light from distant objects.
Yes, if he's far enough away, or behind a lead shield and, still far enough away.
No matter in which direction we look, all of the galaxies outside of our "local cluster"are moving away from the earth. And get this ... the farther a galaxy already isfrom us, the faster it's moving away from us.It looks as if we're in the center of everything, and everything is spreading out andmoving away from us. On the other hand, no matter where in the universe an observer might be, it would appear to them that they were at the center, and everything was moving away from them.
yes it still does .no matter what anyone does it will not go away
that stars are moving away from us, as if flung out from an explosion, helping support the big bang theorey and showing us that the universe is expanding
No they were not. After one explosion in particlular there were very high levels, but never any evacuations or moving citizens away from those cities effected.
That depends on whether the locomotive is moving or standing still, and if it's moving, then that depends on whether it's => moving toward you or => moving away from you.
its clear that if you love him than you should stay with him. no matter how fair away he is
The visibility of a nuclear explosion depends on various factors such as the size of the explosion, weather conditions, and the observer's distance from the blast. Generally, a nuclear explosion can be seen from tens to hundreds of miles away, depending on these factors.
because it's that far away that you can't see it moving. but it actually is moving. plus if you had a kind of background in sight of the plane you could realise it is moving.
The clouds appear to be still because they are moving very slowly and are far away. The movement of clouds is influenced by wind patterns and atmospheric conditions.
A disturbance moving away from its starting point is referred to as a wave. This wave can be a physical disturbance, such as a ripple in water or a vibration in a string, or an abstract disturbance, such as a sound wave or electromagnetic wave. Waves transfer energy without transferring matter.