What Would Be The Energy In Ev Of A Photon With A Wavelength Of 400nm

What would a photon’s energy in electron volts (eV) be if its wavelength was 400 nm?A single 400 nm photon has an energy of 3 eV, according to the previous issue. Consequently, the 488 nm photons have an energy of 4. J 4. J dot.A photon of blue light with a wavelength of 450 nm, for instance, will always have 2 point 76 eV of energy.Given are the following values for 2: 2 = 488 nm = 488 x 10-om, Vo = 0. V, and W =? Energy of incident photon E= hc 6. J 448 x 10-9 4. V 1. This response was it useful?Thus, a photon of light with wavelength [490nm] has an energy of [2. V] in electron volts (eV).

What is a photon with a wavelength of 450 nm energy?

E=4. J. Was this response of any use?

What is the energy of a photon at 500 nm in eV?

What is the energy of a photon with wavelength A of 465 nm?

The human eye perceives electromagnetic radiation with a wavelength of 465 nm as blue light. One photon from this light has an energy of 4 point 27 x 10-19 J. Electromagnetic radiation with a wavelength of 420 nm has an energy of 4. J, or 2.J of energy can be obtained in 10 seconds from a source of monochromatic 400 nm radiation.

What is a photon’s energy in erg with a wavelength of 450 nm?

The photon’s wavelength is therefore 640109m, which means that the energy can be calculated as shown below. Therefore, the energy is given as E=3. J dot.Given : 2 = 488 nm = 488 x 10-ºm, Vo = 0. V, W = ? Energy of incident photon E= hc 6. J 448 x 10-9 4. V 1. This response was it useful?E=hc/lambda=hc/(400imes10-9ext m)=4. J is the formula for one photon’s energy. We must use the conversion factor $1ext J=0.

The 480 nm wave’s energy is what?

J is the energy. Accordingly, the energy of a photon with a wavelength of 480 nm is 4. J. Use 6. Planck constant and 3.An electromagnetic wave with a wavelength of 600 nm has a photon energy of 3. J.Therefore, 405 nanometers are equal to 10 to the negative nine nanometers, and we obtain 4.