@JohnRennie Sir, Crompton effect is not in our syllabus. But the formula E=hv is and it's heavily used. Would it be right to say that the result was derived in Crompton effect and we should treat it as a postulate as of now?
Ok seems like only p=h/(lambda) was found in Crompton effect
@Adhway Hi, sorry I missed you. I'm here for about another hour today.
@Swan The equation E = hν came from Planck's study of black body radiation. He used it as a postulate to explain the black body curve. It was only when quantum mechanics was discovered that we found the reason for the equation.
Planck’s constant relates the frequency of a photon to its energy but how does that relate to other quantum particles? For example in the Schrödinger equation it is used according to my book “to correct the units”. Is that true? And why Planck’s constant and not 1?
I haven't been through your question in detail, it's just that you asked about nodal analysis and the diagram I posted above is what I understand by nodal analysis.
Planck’s constant relates the frequency of a photon to its energy but how does that relate to other quantum particles? For example in the Schrödinger equation it is used according to my book “to correct the units”. Is that true? And why Planck’s constant and not 1?
