en.wikipedia.org/wiki/Planck%E2%80%93Einstein_relation

The Planck–Einstein relation is also referred to as the Einstein relation, Planck's
energy–frequency relation, the Planck relation, and the Planck **equation**. Also the
eponym Planck **formula** belongs on this list, but also often refers to ... Louis de
Broglie argued that if particles had a wave nature, the relation **E** = hν would also
...

www.franklychemistry.co.uk/20to9/snap_tuition/y13/Energy_of_photon.pdf

Also note that 1 mole = 6.02 x 1023. Planck's **Equation E** = **hv**. E stands for
energy (in Joules), v stands for frequency [in reciprocal seconds – written s-1 or
Hertz ...

www.csun.edu/~jte35633/worksheets/Chemistry/5-2PlancksEq.pdf

**E** = h × υ h = 6.63 × 10-34 J·s useful **equations** c = λ × ν c = 3.00 × 108 m/s. 1 m =
1 × 109 nm ... chunks known as quanta, equal to **hv**. The variable h is a.

www.physicsmatters.org/quantum/ehv.html

This **equation** says that the energy of a particle of light (**E**), called a photon, is
proportional to its frequency ( ), by a constant factor (h). This means that photons
...

chemistry.stackexchange.com/questions/62309/energy-of-photon-e-hf-vs-e-hv

Nov 7, 2016 **...** I understand your confusion. They all are actually the same formulas. It is
because lets start with the first **equation**,. **E** = H ⋅ f. But we know that ...

www.glimme.net/apchem/ch2-7/AtomsElectronsNomenclature-4-Handout.pdf

The energy of a photon is given by the **equation**: ... must be different
manifestations of the same thing. Resulting in the famous **equation**: 1. E = hc λ. **E**
= **hv**.

www.chemteam.info/Electrons/LightEquations2.html

**Equation** Number Two: **E** = hν. Brief historical note: It is well-known who first
wrote this **equation** and when it happened. Max Planck is credited with the
discovery ...

www.quora.com/The-energy-E-of-a-photon-is-given-by-E-hv-where-h-is-Plancks-constant-and-v-is-the-frequency-of-photon-Find-the-dimension-of-h-What-other-physical-quantity-has-the-same-dimension

Try balancing **equations** dimensionally for simple **equations** such as **equations**
for speed, acceleration, force, momentum, energy etc. Then try an **equation** for a.