You would see a spectrum of light, which is a band of colors ranging from red to violet. This band represents the different wavelengths of light emitted by the source you are observing.
When you shine white light through a prism, at the correct angle wherever the prism is pointing you will see the spectrum, this is because when the light shines through the angles of the prism, the white light will become dispersed through the angles so that the white light is streched out to reveal what the spectrum is made up of =D
Glass is transparent, allowing light to pass through it. When you look through a glass window, light from outside hits the objects, reflects off them, and enters your eyes through the glass, giving you the ability to see the objects outside.
You cannot see through a mirror because it reflects light, rather than allowing light to pass through it. The reflective surface of the mirror bounces light off of objects, creating the image you see when you look at it.
Light traveling through a lens appears to converge or diverge depending on the shape of the lens. In a converging lens, the light rays come together at a focal point after passing through the lens, whereas in a diverging lens, the light rays spread out. The path of light through a lens can be visualized using ray diagrams.
When you look at a blue object through a red filter, the object will appear darker and possibly black because the red filter blocks out most of the blue light. The red filter only allows red light to pass through, which results in absorbed blue light and altered color perception.
yes you do i think
To learn what they are made of.
285nm is ultraviolet, and I think with a spectroscope you actually look with your eye to see the emission - you would not be able to see this wavelength. If you put some kind of a film that reacts to UV light in the spectroscope, you could then "see" it as a mark on the film.
look it up somewhere else OR just say Russia
To create a DIY spectroscope at home, you will need a cardboard tube, a CD or DVD, a small piece of aluminum foil, a sharp knife or scissors, and tape. Start by cutting a small slit in the cardboard tube and covering it with the aluminum foil. Then, tape the CD or DVD to one end of the tube, making sure the foil-covered slit is aligned with the edge of the disc. Finally, shine a light through the other end of the tube and look through the CD to see the spectrum of light.
it has kind of see through skin, light spots, 2 or three cent. long
When you shine white light through a prism, at the correct angle wherever the prism is pointing you will see the spectrum, this is because when the light shines through the angles of the prism, the white light will become dispersed through the angles so that the white light is streched out to reveal what the spectrum is made up of =D
A spectrophotometer is an instrument that can be used to view and analyze the different colors of light produced by a light bulb. It is used to measure how much light is absorbed by a substance at different wavelengths.
Any organic substance or sample thin enough to let light through.
Fluorescent light is what astronomers call a "bright line" spectrum: there are only specific frequencies that are present, as opposed to the continuous rainbow one sees from a black body source (an incandescent light is basically a black body source). You can get some idea by holding up a CD in fluorescent light so the light reflects off it and back to your eye, then moving it around a bit. Depending on the type of fluorescent bulb, you'll probably see anywhere from 3 to 5 distinct images of the source, each a different color.
The circle of light you see when you look through a microscope is called the field of view. It represents the area of the specimen that you can see through the microscope's lenses at one time.
Any organic substance or sample thin enough to let light through.