Tips for the exterior Sun and heat can fade and crack the paint. Frequent washing and hand drying help remove dirt and dust particles that can cause micro scratches and dull your car’s finish. Wax your car. A layer of wax between your car’s finish and the sun’s ultraviolet rays is a great way to help protect it.

The X-ray light can cause the paper to change color. The ultraviolet light can cause the paper to change color. Any of these types of light can cause the paper to change color, because all light carries energy that can cause materials to change. Ana wonders how light can affect a mystery material.

Exterior: anywhere from 4-10 years. Red is the worst for fading, clear coat is the worst for deteriorating. If you don’t want to see clear coat damage but have to leave the car in the sun, get white because that will eventually become the color of the clear coat.

The rug can take in energy from the light, causing the rug’s color to fade. Yes. Light from the sun can pull energy out of the rug, causing the rug’s color to fade.

Colors fade unevenly and wool and cotton dry out and become brittle. Most damage is caused by light shining through a window, of course, but often rugs fade from sunlight streaming through a skylight.

UV light

IR and UV radiation are a small part of the electromagnetic spectrum. The visible light has a wavelength of 380 nm to 760 nm. The area alongside with a longer wavelength is the IR spectrum. The area next to the visible light, with a shorter wavelength, is the UV spectrum.

Ultraviolet (UV) (Wavelength 10-7 – 10-8 meters) UV-C rays are the most harmful and are almost completely absorbed by our atmosphere.

The Electromagnetic spectrum lists the most powerful EMR, gamma rays, to the least powerful EMR, radio waves. In addition, the highest energy waves (gamma, x-ray) have the shortest wavelengths. The lowest energy waves, radio waves, have longest wavelengths.

The electromagnetic spectrum includes, from longest wavelength to shortest: radio waves, microwaves, infrared, optical, ultraviolet, X-rays, and gamma-rays.

violet

red

red light

This diagram shows the relative wavelengths of blue light and red light waves. Blue light has shorter waves, with wavelengths between about 450 and 495 nanometers. Red light has longer waves, with wavelengths around 620 to 750 nm. Blue light has a higher frequency and carries more energy than red light.

So red light vibrates at about 400 million million cycles per second. Fast! Higher frequency (with shorter wavelength) has more energy: Red light has lower frequency, longer wavelength and less energy….Visible Spectrum.

Complete answer: Thus we can see that the red light has a much longer wavelength than the blue light. So, we can say that the reason statement is true. Vg=cng= constant that is independent of light. Hence we can say that both the light be it red or be it blue travels with the same speed in the glass.

Because the number of subquantum energy in a red photon is less than that of a blue photon, red photon interactions are less than the blue photon in the medium. So, the red light travels faster than the blue light.

Red light has a longer wavelength than blue light; this means, blue light has a higher frequency than red light. Since there is more energy in higher frequencies, theoretically, blue light is warmer than red light. Since there is more energy in higher frequencies, theoretically, blue light is warmer than red light.

The bending occurs because light travels more slowly in a denser medium. The amount of refraction increases as the wavelength of light decreases. Shorter wavelengths of light (violet and blue) are slowed more and consequently experience more bending than do the longer wavelengths (orange and red).

This is because different colors of light travel at *different speeds* in the glass. So from the analogy above, slower speeds in the glass make the light bend more. Blue light travels slightly slower in glass than red light, so it bends a sharper angle when it enters the glass from air.

So according to equation (1) velocity of light is directly proportional to the wavelength. So violet color has minimum velocity of light and red color has maximum velocity of light when it passes through the glass. Hence the red color of white light travels fastest in the glass.

In empty space, all colors travel at the same speed called c. Light of different wavelengths, or colours, travels at different speeds when they travel through any medium other than vacuum.

Norwegian scientists claim color blue is the fastest color.

No, in fact light only stops when it is absorbed by an electron in an atom of an object. Light in a perfect vacuum travels on at its full speed until it hits something.

violet light