It reflects and can be seen on lets say you do it on a mirror in your room, it will reflect and be seen on teh wall across from it!( works better in teh dark)
Hope this helps :)
you don no ma :D
I think in the ultraviolet region of the electromagnetic spectrum.
Glass is a transparent material that absorbs very little electromagnetic radiation, so most of it passes through. However, some frequencies, such as UV and infrared, can be absorbed by the glass due to its molecular structure, which causes the waves to be blocked or reflected rather than passing through.
Yes, ultraviolet light can pass through glass, but the amount that passes through depends on the type of glass and its thickness.
As the electromagnetic wave passes from air into glass, the frequency remains the same, but the speed decreases. This is due to the change in the medium's refractive index, which causes the wave to slow down as it travels through the denser medium of glass.
Electromagnetic radiations in the visible spectrum, such as infrared, visible light, and near-ultraviolet, can be transmitted through an optical fiber. These wavelengths are compatible with the glass or plastic material of the fiber and capable of traveling long distances with minimal loss.
I think in the ultraviolet region of the electromagnetic spectrum.
Electromagnetic energy in the form of visible light, ultraviolet light, and infrared radiation can transmit through glass. These wavelengths are able to pass through the structure of glass due to their specific properties and frequencies.
Ultraviolet light (UV light) is light of shorter wavelength than the visible spectrum. Many insects, like bees, see mostly UV light so they can find plants with nectar. Sunlight contains UV light and can tan but also damage your skin if you stay outside too long on a sunny day.Answer:Visible light is electromagnet radiation of different frequencies. The different frequencies are the different colors. Just outside the range of frequencies (colors) humans can see are infrared and ultraviolet. Ultraviolet is higher frequency and infrared is lower.Note: Higher frequencies are shorter wavelengths and lower frequencies are longer wavelengths.Visible light is electromagnet radiation of different frequencies. The different frequencies are the different colors. Just outside the range of frequencies (colors) humans can see are infrared and ultraviolet. Ultraviolet is higher and infrared is lower
I'm a bit curious as to who exactly calls it that; I've never heard that term before. At a guess I'd say it's probably because ordinary glass is somewhat opaque to certain frequencies of ultraviolet light, but quartz glass transmits it.
Glass is a transparent material that absorbs very little electromagnetic radiation, so most of it passes through. However, some frequencies, such as UV and infrared, can be absorbed by the glass due to its molecular structure, which causes the waves to be blocked or reflected rather than passing through.
Ultraviolet is too high frequency to enter glass and infrared is too low.
You will see what some people call a rainbow, the differing refraction of light frequencies
Yes, ultraviolet light can pass through glass, but the amount that passes through depends on the type of glass and its thickness.
As the electromagnetic wave passes from air into glass, the frequency remains the same, but the speed decreases. This is due to the change in the medium's refractive index, which causes the wave to slow down as it travels through the denser medium of glass.
It really depends on the type of glass. "Glass" is a more or less generic name for different substances that look transparent for us. The normal glass is mainly transparent for visible light; it will absorb both most ultraviolet light, and most infrared light.
No. Window glass is nearly opaque to ultraviolet frequencies of sunlight; which are the frequencies that cause sunburn. The same applies to sunglasses.
Electromagnetic radiations in the visible spectrum, such as infrared, visible light, and near-ultraviolet, can be transmitted through an optical fiber. These wavelengths are compatible with the glass or plastic material of the fiber and capable of traveling long distances with minimal loss.