Roughly, the spectrum wavelengths are the speed of light divided by the frequency, c/f; 300M/400T=.75 micrometers for Red and 300M/800T=.375 micrometers for Violet..
These wavelengths are expressed usually as 750 nanometers and 375 Nanometers.
When a substance absorbs light the wavelengths that correspond to that color cannot be seen. Only colors that are reflected are visible.
Continuous Spectrum
Human eye is sensitive to an approximate range of wave length of EM radiation from 380nm to 760nm. This portion of electromagnetic spectrum is identified as "visible light" These wavelengths roughly correspond to the colors violet, indigo, blue, green, yellow, orange, and red.
Radio waves have the longest wavelengths in the electromagnetic spectrum
The object will be red, due to the red light of the spectrum being reflected.
The color white reflects all wavelengths of the visible spectrum. That is why it is the brightest color.
Psychologists often refer to the color of light in terms of its wavelength on the electromagnetic spectrum. Different wavelengths correspond to different colors that humans perceive, ranging from shorter wavelengths like blue and violet to longer wavelengths like red and orange.
The color in the flame is the representation of a specific line in the spectrum.
Spectrum
Carotene reflects orange wavelengths on the visible spectrum.
Stellar temperature can be measured by analysing the spectrum of light that stars emit; shorter wavelengths correspond to higher temperatures.
The absorption spectrum of pigment is the molecules response to light. The color of the pigment depends on the wavelengths of light the do not absorb.
Because its molecules contain differences between occupied and unoccupied energy levels of electrons that correspond in energy to part of the visible light spectrum. This causes the gas to absorb a noticeable fraction of some wavelenghts of visible lights while being transparent to others. The unabsorbed wavelengths of light correspond to the color of the gas.
The color spectrum refers to the color produced when light is dispersed through a prism and is visible to the human eye. Typically, a human eye will respond to color occurring at wavelengths from 390 to 770nm.
It separates the light by their wavelengths to make a color spectrum, and gives one a rainbow.
It separates the light by their wavelengths to make a color spectrum, and gives one a rainbow.
In a continuous spectrum, you see every color in visible light from wavelengths around 380 nm to 780 nm. The bright light spectrum has only light at specific wavelengths, forming narrow regions of lights. This is characteristic of a particular substance, emitting these lights from its unique electron configuration. Light at specific wavelengths is emitted for different substances, but not a continuous rainbow.