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The energy states available to an electron are
frequency
both wave and particle nature
baseballs
wave properties
momentum
quantized
emits a photon
shorter than light wavelengths
The photoelectric effect is evidence for light's
frequency
both wave and particle nature
baseballs
wave properties
momentum
quantized
emits a photon
shorter than light wavelengths
Electron wavelengths are generally
frequency
both wave and particle nature
baseballs
wave properties
momentum
quantized
emits a photon
shorter than light wavelengths
Diffraction effects cannot be measured for
frequency
both wave and particle nature
baseballs
wave properties
momentum
quantized
emits a photon
shorter than light wavelengths
The discrete orbits of electrons are best understood by considering the electron\'s
frequency
both wave and particle nature
baseballs
wave properties
momentum
quantized
emits a photon
shorter than light wavelengths
The energy of a photon is directly proportional to its
frequency
both wave and particle nature
baseballs
wave properties
momentum
quantized
emits a photon
shorter than light wavelengths
The wavelength of a particle is related to the particles's
frequency
both wave and particle nature
baseballs
wave properties
momentum
quantized
emits a photon
shorter than light wavelengths
When an atomic electron goes from a hgih emergy ste to a low energy state, it
frequency
both wave and particle nature
baseballs
wave properties
momentum
quantized
emits a photon
shorter than light wavelengths
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