PT39 RC #22
Posted: Thu May 31, 2012 6:46 am
Having trouble with A vs B on this one..
I looked at like this:
A says Max Planck "dismantled" AN ASSUMPTION of classical wave theory with his quantum theory and law of blackbody radiation.
B says the passage introduces this assumption, and then that Planck's theories led to the "overthrowing" of classical wave theory.
To me, "overthrowing" implies that the theory has been made obsolete.. i.e. Bohr's model of the atom is obsolete. However Maxwell's Wave Theories are still a very accurate approximation for the vast majority of cases.. And it is certainly not deprecated; every physics student today will still spend thousands of hours studying classical E&M (classical means non-relativistic and non-quantum.) Quantized energy levels are really only appropriately discussed on a very tiny atomic level.
So I guess I see it as Planck's work didn't overthrow the whole theory, but rather overthrew (or dismantled) one assumption of that theory; by showing that energy levels are quantized rather than continuous..
I see the definitions of overthrowing and dismantling in this context as basically synonymous. So really, then the only difference I can see is that A attacks the one quantum/continuous assumption of the theory, whereas B says that classical EM is destroyed, which frankly is just not true.
Saying classical EM is destroyed by quantum theory is like saying classical mechanics is destroyed by relativity.. when really relativity and quantum principles only apply in very specific cases (very large and very small things, respectively.)
Anyone able to shed some light on this?
I looked at like this:
A says Max Planck "dismantled" AN ASSUMPTION of classical wave theory with his quantum theory and law of blackbody radiation.
B says the passage introduces this assumption, and then that Planck's theories led to the "overthrowing" of classical wave theory.
To me, "overthrowing" implies that the theory has been made obsolete.. i.e. Bohr's model of the atom is obsolete. However Maxwell's Wave Theories are still a very accurate approximation for the vast majority of cases.. And it is certainly not deprecated; every physics student today will still spend thousands of hours studying classical E&M (classical means non-relativistic and non-quantum.) Quantized energy levels are really only appropriately discussed on a very tiny atomic level.
So I guess I see it as Planck's work didn't overthrow the whole theory, but rather overthrew (or dismantled) one assumption of that theory; by showing that energy levels are quantized rather than continuous..
I see the definitions of overthrowing and dismantling in this context as basically synonymous. So really, then the only difference I can see is that A attacks the one quantum/continuous assumption of the theory, whereas B says that classical EM is destroyed, which frankly is just not true.
Saying classical EM is destroyed by quantum theory is like saying classical mechanics is destroyed by relativity.. when really relativity and quantum principles only apply in very specific cases (very large and very small things, respectively.)
Anyone able to shed some light on this?