The red and blue filters put ontop of each other will make magenta
Jupiter does not appear blue in reality. Images may show it as blue due to color enhancements or filters, but Jupiter's true color is a mix of brown, red, and white due to its composition of mostly hydrogen and helium gases.
colour blue ------> red frequency drops, wavelength increases, because speed remains constant and speed=frequency*wavelength
it gets higher.
Red litmus paper turns blue when it comes in contact with a household cleaner that contains ammonia. This color change occurs due to the alkaline nature of ammonia, which causes red litmus paper to undergo a chemical reaction and turn blue.
If you add red litmus paper and it remains red, then you add blue litmus paper and it remains blue, then the the solution is neutral. Kamal
Luminance, Red, Blue, Green
Blue and red filters are used in optical microscopy to improve contrast and visibility of specific structures by selectively blocking or allowing certain wavelengths of light to pass through. Blue filters can enhance contrast for certain dyes or fluorescent proteins that emit light in the blue range, while red filters can help visualize structures that absorb light in the red spectrum, such as hematoxylin-stained nuclei. By using these filters, researchers can optimize the visualization of their samples based on the specific properties of the structures they are studying.
Magenta.
purple (and violet if you add white too.)
If we add equal amount of red with blue we get violet.It is not pure violet.
When you mix blue with red, you typically get purple. The specific shade of purple will depend on the ratio of blue to red used in the mixture.
The red one is red, and the blue and green is black (as long as the blue and green is completely blue and green with no hint of red)
In a real case the blue filter will pass a little red and the red filter would pass a little of blue, so you'd see a faint purple light.The blue filter will remove all the frequencies except blue. The red filter will remove all the colors except red. So it removes the blue, leaving nothing.Filters are seldom that good. Most filters have a curved response with maximum filtering at one color and less filtering on other colors.
the red would fly off a blue lanterns hand because the blue extinquishes rage
You would be left with the color blue.
nothing happens you idiot
Colors of light that do not pass through filters are absorbed or reflected based on the properties of the filters. For example, a red filter will absorb all colors of light except red, which will be transmitted through. The absorbed colors are converted into heat energy.