Each color has a different amount of electromagnetic radiation associated with is. The amount of energy that a color carries will influence how fast heat is transferred. Red has the least energy. This is followed by yellow, green, and with blue at the highest. However, water tends to absorb light towards the infrared spectrum better than towards the ultraviolet range. That's why oceans look blue or green, because they reflect those colors better. Since energy absorption will determine the rate at which it melts, red would do it the fastest, next yellow, then green, and blue being the slowest since most of it gets reflected.
A green object would appear dark or almost black under yellow light. This is because yellow light consists of wavelengths that are primarily in the yellow part of the spectrum, and it does not contain much green light. Therefore, the green object would not reflect much light back to our eyes, resulting in its dark appearance.
When shining a green object onto a yellow light, the green object would absorb most of the yellow light while reflecting the green wavelengths. This would make the green object appear even brighter and more vibrant due to the contrast created by the yellow light.
Dark green.A more descriptive answer:It depends on the exact spectra the light emits, not just what it looks to us.If the light combines red and green wavelengths, then the green object will appear green, because of the green wavelength. The object may have a yellowish tinge because of small reflection of the red wavelength.If the light is spectral yellow and not just red + green, then the green object will appear a much darker green maybe with a slight yellow or dark-yellow tinge because of, again, small reflection of dominant yellow wavelength.
A lemon would appear green under green light because the object reflects the color of light that it does not absorb. In this case, a lemon's yellow color would absorb all other colors except green, which it would reflect.
When yellow and magenta light are combined, they produce white light. This occurs because yellow light contains red and green wavelengths, while magenta light contains red and blue wavelengths. When these colors mix, the red wavelengths from both colors combine, along with the green from yellow and the blue from magenta, resulting in a balanced spectrum that appears white.
A vey light yellow green or slightly murky yellow.
no, yellow and blue make green
No, green light has a higher frequency than yellow light. In the visible light spectrum, colors with shorter wavelengths, such as green, have higher frequencies than colors with longer wavelengths, such as yellow.
Red and green light. Yellow glass transmits yellow light. Yellow light is a combination of red and green light. Therefore yellow glass transmits red and green light and absorbs blue light.
Light green Light green
yellow green or green yellow or a little dark green and a little light yellow
You would get a greenish color when mixing light blue and yellow.
It is yellow-- mixing red and green PAINT produces brown; mixing red and green LIGHT produces yellow.
Between Yellow, Green and Violet, the Yellow color has the longest light wave. The order of the 7 rainow colors, sorted by their light waves from the longest to the shortest, is as follows: Red, Orange, Yellow, Green, Blue, Indigo and Violet.
A combination of red and green light can produce yellow light when they are mixed together. This is because yellow light is a combination of red and green light wavelengths.
When you shine yellow light onto a green surface, the surface will absorb the yellow light and reflect green light. This is because the surface appears green due to its ability to reflect green light while absorbing other colors.
yellow and white. light green and yellow orange yellow and white