Yes. When light bounce off a mirror, that's changing the direction. Reflecting is NOT bending. It bends when it passes in close proximity to a massive object such as a black hole or when it travels into a differing medium where the speed of light varies (for example entering a piece of glass).
No, gravity cannot pull light. Light is made up of massless particles called photons, which do not experience gravitational forces in the same way that objects with mass do. However, gravity can bend the path of light, a phenomenon known as gravitational lensing.
Yes! It is even measurable. Einstein was the first to suggest this mathematically, and scientists have since proven this experimentally and in the real world - thus the discovery and identification of Black Holes in space. Gravity has the ability to bend light waves (thus begging the question - is light energy or matter - and thus described as both photons and waves. Photons would suggest characteristics of matter, and waves suggest characteristics of energy.)
When white light passes through a prism, blue light is bent the most followed by violet, while red light is bent the least. This separation of colors is known as dispersion.
Light rays are bent and brought by a refraction.
The amount of bending that occurs when light passes through a prism depends on the wavelength of the light. Blue light is bent the most, while red light is bent the least. This is due to the shorter wavelength of blue light compared to red light.
Light can only be bent by gravity, therefore, refraction occurs when light hits an atom's electron and is scattered in a different direction.
In nature, nothing. Even a ray of light is bent by gravity.
No, gravity cannot pull light. Light is made up of massless particles called photons, which do not experience gravitational forces in the same way that objects with mass do. However, gravity can bend the path of light, a phenomenon known as gravitational lensing.
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.
In a sense, light does not bend. Light sometimes passes through space (or space-time) that is warped or bent because of a nearby object having very strong gravity. The light passes through this space in what (from the light's point of view) is a straight line. To other observers the light may appear to have followed a bent path. So gravity warps space-time, and light appears to bend as it travels through this warped space-time. The light isn't doing anything except following what is a completely natural path through space.
by looking around them. in fact the immense gravity of a black hole affects all the planets around it and also light, wich is bent.
Yes! It is even measurable. Einstein was the first to suggest this mathematically, and scientists have since proven this experimentally and in the real world - thus the discovery and identification of Black Holes in space. Gravity has the ability to bend light waves (thus begging the question - is light energy or matter - and thus described as both photons and waves. Photons would suggest characteristics of matter, and waves suggest characteristics of energy.)
As we understand it, photons have no mass, so the force cannot be due to any mass interactions. Space is bent or warped, and the light follows the space.
When white light passes through a prism, blue light is bent the most followed by violet, while red light is bent the least. This separation of colors is known as dispersion.
Light rays are bent and brought by a refraction.
Gravity of Light was created in 2010.
the mirror is bent