Energy Of A Photon Explained

The energy of a photon is directly proportional to its electromagnetic wave frequency and inversely proportional to its wavelength with the equations being:
E = h x ν(nu) and λ(lambda) x ν(nu) = c, where E is energy, h is Planck's constant, ν (nu) is frequency, λ (lambda) is wavelength, and c is the speed of light.
Ultimately, Einstein was credited with the explanation that photons also exhibit particle-like, in conjunction with wave-like properties, a duality that is at the heart of quantum mechanics.

#nocollegeneeded #science #chemistry #chemistryrocks #ncn #generalchemistry #collegechemistry #chemistrytips #chemistryhelp #stemeducation #science #education #stem #shorts

#photon #quantum #quantumphysics #light #einstein #planck #energy #wavelengths #frequency

[atomicexistentialism]

Do I have an A-level in Physics? Yes. Do I know this? Yes. Am I still watching? You betcha

[ashleeb]

Do they use photons to wirelessly charge phones now?