De Broglie wavelength. Photon energy (5)

Physics: Quantum mechanics. Power and intensity of electromagnetic wavefronts; blackbody radiation. Wave/particle duality. Quantization of energy in electromagnetic waves--photons (E=hf). The de Broglie wavelength, momentum, and energy for electrons and other particles with mass. Quantization of energy levels in the Bohr atom.

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(1) Power and intensity of wavefronts
(2) Blackbody radiation. A problem
(3) Continued
(4) Energy, frequency, and wavelength of photons (E=hf). Wave-particle duality for electrons and other particles with mass: de Broglie wavelength, momentum, energy
(5) A problem
(6) Continued. The Bohr atom
(7) Continued
(8) A problem
(9) Continued

Category:

Education

Tags:

• physics
• power
• intensity
• electromagnetic
• waves
• blackbody
• photon
• planck's
• constant
• de
• broglie
• wavelength
• bohr
• model
• quantization
• quantum
• mechanics

[zain12qa]

great for my AP Physics exam coming up :D

[onlnr2]

The flow chart is a really great idea. Representing the concepts in a schematic fashion goes hand in hand with the way the human brain works. Great teaching method. =)

[sangboi]

thanks for uploading, the flow chart is a great tool thanks =]