Asked by Ashley
how does wave frequency affect the light?
Answers
Answered by
bobpursley
Light consists of particles on energy (quanta), the higher the frequency, the higher the energy.
This is called Plancks Equation, after Max Planck.
Energy=aConstant* frequency
This is called Plancks Equation, after Max Planck.
Energy=aConstant* frequency
Answered by
Dr Russ
Or do you mean the colour? If we take the usual spectrum
ROGBIV
red (R) is at the low frequency end and violet(V) is at the highh frequency end.
ROGBIV
red (R) is at the low frequency end and violet(V) is at the highh frequency end.
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