Actually any object with mass - yes, even you - distorts time and space simply by existing. The thing with massive objects is that the distortion is great enough for us to measure.
If the light from a distance galaxy passes near a massive cosmic object, then the gravity of that object will distort space-time. That will cause the light to bend.
First, it isn't the "weight", but the mass of the black hole that is relevant. Second, the black hole does, indeed, greatly distort space and time in its neighborhood.
According to Einstein's theory of general relativity, objects with mass "bend" space-time, which is part of how gravity works. (Space-time is basically the combination of space at time, using time as a kind of "fourth dimension".) When objects move around, they change the way the space-time is curved around them. In some cases, when an object accelerates, the result changes in the curvature of space-time propagate outwards at the speed of light. The propagation of the changes in the curvature of space-time is what is known as gravitational waves.
Gravity bends space, and because light travels through space gravity distorts light. Actually, gravity warps spacetime, so just as space is bent, so is time. Gravity thus distorts both space and time.
It enormous mass, and small size, will cause a tremendously strong gravitational field. This will distort space and time in such a way that nothing (including light) can get out.
Very loosely, relativity says massive objects change the geometry of space/time. Bending both time and space.
Large objects in space distort the fabric of space time to a higher degree, causing nearby objects to be pulled towards them.
A gravitational field is caused by masses. This will distort space and time in such a way that it affects other objects, and especially objects that are nearby.
First mass determines gravity. Light is bent by massive objects. Space is curved by mass. Time is changed by traveling through space at a different speed than your reference. Einstein wanted a steady state universe so bad he manipulated his math in favor of it. Wrong!
If the light from a distance galaxy passes near a massive cosmic object, then the gravity of that object will distort space-time. That will cause the light to bend.
A type of editing that is used to distort space and time.
No, it doesn't.
yes it can
This is simply because their gravitational pull is so strong.
Mass changes how time passes near it, versus how it passes far from it. Test objects are still seen to speed up as they fall towards massive objects. Light suffers "Shapiro time delay" when its path includes travelling through space that is near a massive body. So I guess the full answer requires you to tell us who is deciding what is slowing down, and how / where you are measuring relative to.
Yes, basically. Although according to the General Theory of Relativity, it will also distort space and time. The effects are not easily noticed at the relatively modest gravity of Earth.Yes, basically. Although according to the General Theory of Relativity, it will also distort space and time. The effects are not easily noticed at the relatively modest gravity of Earth.Yes, basically. Although according to the General Theory of Relativity, it will also distort space and time. The effects are not easily noticed at the relatively modest gravity of Earth.Yes, basically. Although according to the General Theory of Relativity, it will also distort space and time. The effects are not easily noticed at the relatively modest gravity of Earth.
Yes - of course they do. You are an "object" in space time.