No, black holes do not move at the speed of light. While they can exert a strong gravitational pull, their movement is not necessarily tied to the speed of light.
Neutrinos do not travel at the speed of light, but they do move very close to the speed of light.
No, because the orbital is really just an abraction - the electron isn't racing around the orbital like a racecar, so there isn't a speed. The orbital is a better measure of the electrons potential energy.
No, the cathode ray is faster than the speed of light.
When something escapes a black hole, it means that it has managed to overcome the intense gravitational pull of the black hole and move away from it. This is a rare and complex event, as black holes are known for their strong gravitational force that can trap even light.
No. No object can move faster then light. However, Minato Namikaze (the Fourth Hokage) and Uchiha Madara posses the ability to move at speed nearing the speed or light, or the speed of light itself, utilizing the space-time ninjutsu.
no, it just gets sucked into it
Everything is moving away from everything else at the same speed, so black holes moving is relative to where you are.
No, black holes move.
Neutrinos do not travel at the speed of light, but they do move very close to the speed of light.
They can ONLY move slower than the speed of light.
Light is faster because speed does not move. Speed is a measure of the rate of movement but, in itself, it does not move - at all!
The whole idea of a black hole is the following. If a sufficient amount of mass is concentrated in a sufficiently small volume, then the gravity becomes so strong that nothing can escape - not even light. Actually the gravitational attraction will distort space and time in such a way that, within the event horizon, an object can only move closer to the black hole's center, not away from it, even if it moves at the speed of light.
The orbits of the planets around the sun is a good example. The planets are constantly circling the sun. Black holes are probably the most massive and awesome example of gravity. They cannot be seen, but the way stars and light move around black holes, we know that they are there. The Swarz Child Radius is the radial distance where light can't escape from a black hole. It is the perimeter surrounding a black hole and if anything including light goes inside that perimeter, it will be sucked in by the black holes gravity.
speed of light
speed of light
The most advanced ones accelerate particles 99.9999% the speed of light. Although some people have claimed that they create black holes, they most certainly do not- this would require ten trillion times the energy available.
Use the gravity of the black holes