λ - wavelength (NM) c - speed of light (3x108 m/s)= 162 000 nm
f - Frequency (Hz)
λ = c \ f
600=162 000 nm\ f f=270 Hz
There can be as little as one if it has the right energy for that wavelength, number of photons has nothing to do with wavelength. The number of photons only determines the intensity/brightness.
You don't, as the wavelength is totally independent of the number of photons. You could have one or a trillion different photons, each of 600nm.
So I'm guessing that you go to Georgia Southern?
i got 3.3*10^-19... im not positive. so if you need anthing to check your work on... that is my solution
Energy = hf=hc/r = 1.25uevm/.589um=2.12 electron volts.
Well, they're probably not really particles ... but they're called "photons".
Electrons are very small, and have very small mass, but they are not visible light (photons).
Light comes in chunks of energy called photons.
Red
Light causes electrons to emit from metals which makes them appear shiny. I think that is not a clear answer. Remember that from Drude theory the free electrons are responsible for electric conduction as well as thermal condution. Also the free electrons proposed by Drude theory are responsible for shinying. When the light photon fall on the metals, the free electrons reflects the photon light into the space before that photon penetrating deeper to the materials. This why we see metals are bright.
Light is composed of quanta called photons. The more photons, the greater the intensity. To see the slightest flicker of green light (the color to which our eyes are most sensitive), the minimum number of photons is six.
Light sensors measure the number of photons or the energy of light hitting the sensor.
photons
Photons are pieces of light. If you see a light, then there are photons.
Increasing the intensity of light will increase the number of photons arriving per second. Increasing intensity has no effect on photon energy.
Light sensors measure the number of photons or the energy of light hitting the sensor.
Given the wavelength of the photons from above, 3000 nm you just calculate how many joules each photon has and divide that into 100 joules per second.
Light particles are called Photons.
light has zero mass. Photons have zero mass. So according to e=mc2 light must also have zero energy. Astonishing how all these photons reach us from all the way across the universe! But all physical things have mass
Neither. The beams of red light and green light will have the same number of Photons, as energy is only related to frequency. The number of Photons is dependent on the intensity of the light beams.
Yes. Photons are what light consists of.
Light contains energy in the form of the photons of electromagnetic radiation