White light is a combination of all visible light frequencies, making it continuous rather than a single, distinct frequency. Therefore, it is not possible to write down a specific frequency for white light.
Yes, the frequency of a light wave determines where it appears on the electromagnetic spectrum. Light waves with higher frequencies correspond to shorter wavelengths and appear towards the blue end of the spectrum, while light waves with lower frequencies correspond to longer wavelengths and appear towards the red end of the spectrum.
Frequency of an electromagnetic wave = c / lambac = the speed of light = 29979245800 cm/slamba (sorry, don't know how to write it on the computer) = wavelength in cm.Therefore if we assume that your wavelength is 0.07 cm (next time, please remember your units), then your frequency = 29979245800/0.07 = 428274940000 cycles/second (which looks quite off, so I'm assuming that your 0.07 was in meters and not centimeters. In that case convert 0.07m to 7 cm and plug in the formula.)
The frequency of a radio wave with a wavelength of 3 m can be calculated using the formula: frequency = speed of light / wavelength. The speed of light is approximately 3 x 10^8 m/s. Plugging in the values, we get frequency = 3 x 10^8 m/s / 3 m = 1 x 10^8 Hz = 100 MHz.
In a green disco light, your white shirt will likely appear to have a greenish tint. This is because the white fabric will reflect and scatter the green light wavelengths, which can cause the shirt to take on a green hue. The perceived color of an object is determined by the wavelengths of light it reflects, so in this case, the green light will dominate the appearance of the shirt.
A blackboard appears black because it reflects very little light, absorbing most of the light that hits it. The dark color of the board helps to contrast with the white chalk used to write on it, making the writing clearly visible.
Yes, the frequency of a light wave determines where it appears on the electromagnetic spectrum. Light waves with higher frequencies correspond to shorter wavelengths and appear towards the blue end of the spectrum, while light waves with lower frequencies correspond to longer wavelengths and appear towards the red end of the spectrum.
fight knight light might night right site spite tonight white write
Unknown, but Newton was the first one to study it and write about it.
the schuman frequency
good question but its as simple as possible.
they dont go to the very bottom its to dark they can go where there is still light there
someone PLEASE write an answer i need it.. really bad.. please write an answer. thanks and (:**I LOVE JUSTIN BIEBER**:) thank you to who ever answers it:):):):):):):):):):)
i think not possible to write in space
actually, there R. there R CLEAR ones and write ones ! but I think most of the white ones R sentless 2.
Aspro = white
To write "white tiger" in Chinese, you would write 白虎, which is pronounced as "bái hǔ."
yes it is possible