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A electron transferring bacteria that eat metals and serve as an electrical conductor.

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What does the planck's equation e equals h x nu state?

This equation shows that the energy of a photon is inversely proportional to its wavelength. E = Energy. h = The Planck constant. Think of it as a tiny, discrete packet of energy for most purposes. Nu (looks like v) = Spatial frequency of a wave. Nu is equal to 1/Wavelength (inversely proportional). The way to think of this is that wavelength is how many meters long the wave is. Meanwhile, Nu is how many waves you can fit into a meter. Eg: If the wave is half a meter long, you can fit 2 waves into a metre. (Nu = 1/0.5 = 2) If Nu is large, it means we can fit a lot of waves into our unit length (remember, big Nu = small wavelength and vice versa). What does this mean for our equation? It means when Nu is high, we have high energy (remember h is a positive constant). When Nu is low, we have low energy. In English, this means photons with smaller wavelength have higher energy than photons with larger wavelengths. This universally true, and extremely important. For further reading, try searching for "Electromagnetic spectrum".


How is carbon film formed?

ecle morgiba coco ri nu ma fory comiy ja kare


What symbol represents a photon?

A photon is typically represented by the symbol ( \gamma ) (gamma) in the context of electromagnetic radiation. However, in quantum mechanics and particle physics, it is often denoted by the symbol ( \hbar ) in conjunction with energy equations, where ( \hbar ) is the reduced Planck's constant. Additionally, the notation ( \nu ) (nu) is used to represent the frequency of a photon in various equations.


Light is a particle called photon Why the velocities are different?

Photon is not a particle at all. It is having zero rest mass. The colour of light is mainly due to variation in the frequency nu. The energy of a photon is given by the formula E= h nu. Here nu is the frequency of the radiation. As frequency changes colour changes. For violet it will be the highest and for red its frequecy will be the lowest.


Why does planck curve decline after reaching the peak wavelength?

The Planck curve declines after reaching the peak wavelength because the intensity of radiation decreases as the wavelength increases. This is due to a decrease in the number of photons emitted at longer wavelengths.