The diagram below shows some of the energy levels for atomic mercury (this is repeated from the previous question). Ionisation -1.60 eV -3.70 eV -5.50 eV -10.4 eV Suppose that a collection of mercury atoms at room temperature are bombarded with electrons of energy 6.60 ev. Describe what will happen to the Mercury atoms as they are bombarded. Determine the energies of the scattered electrons (in eV). Determine the energies of all photons that could be emitted by the atoms as a result of being bombarded.
The diagram below shows some of the energy levels for atomic mercury (this is repeated from the previous question). Ionisation -1.60 eV -3.70 eV -5.50 eV -10.4 eV Suppose that a collection of mercury atoms at room temperature are bombarded with electrons of energy 6.60 ev. Describe what will happen to the Mercury atoms as they are bombarded. Determine the energies of the scattered electrons (in eV). Determine the energies of all photons that could be emitted by the atoms as a result of being bombarded.
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The diagram below shows some of the energy levels for atomic mercury (this is repeated from the previous
question).
Ionisation
-1.60 eV
-3.70 eV
-5.50 eV
-10.4 eV
Suppose that a collection of mercury atoms at room temperature are bombarded with electrons of energy 6.60
ev.
Describe what will happen to the Mercury atoms as they are bombarded.
Determine the energies of the scattered electrons (in eV).
Determine the energies of all photons that could be emitted by the atoms as a result of being bombarded.
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