Using the Einstein model, sketch a diagram of the ground state vibrational energies of carbon and...

Using the Einstein model, sketch a diagram of the ground state vibrational energies of carbon and lead atoms, and the potentials which confine them. Explain how the Einstein model fails, and go on to explain how the Debye model makes up for its failures.

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genius_generous answered 2 years ago

1) Find the ground state energies and the Bohr radius for the following: a) Positronium: electron...

1) Find the ground state energies and the Bohr radius for the following: a) Positronium: electron and positron b) Muonium: electron and anti-muon c) Muonic hydrogen: muon and proton d) Deuterium: electron and a nucleus with one proton and one neutron

What is the ground state electron orbital diagram for Chromium?

The fundamental vibrational transition of the 12C16O in the electronic ground state from v=0 to v=1...

The fundamental vibrational transition of the 12C16O in the electronic ground state from v=0 to v=1 occurs at 2,170 cm-1. The bottom of the Morse potential for the anharmonic oscillator is well approximated by a parabola, the potential well for the harmonic oscillator, especially when the transition is measured with precision limited to 1 cm-1. a) Demonstrate that, in the harmonic oscillator approximation of the IR spectroscopy, the frequency of the fundamental transition is equal to the frequency of the...

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If elements carbon through neon are in the ground state and are excited the first excited...

If elements carbon through neon are in the ground state and are excited the first excited state, give the electron configuration for the state of the one excited electron. Solution: C: N: O: F: Ne:

Using a single reciprocal space diagram, show the allowed vibrational and coherently scattered modes for a...

Using a single reciprocal space diagram, show the allowed vibrational and coherently scattered modes for a simple cubic cell. Using other notes or diagrams, convey any additional insights or clarity.

einstein model take that in solid state, there are 3N normal mode vibration that all have...

einstein model take that in solid state, there are 3N normal mode vibration that all have the same mode frequency of ω0. the density of states σ(ω) for this model is σ(ω) = δ(ω − ω0) . a. with the given information, and by neglecting the zero point energy, calculate the total energy and the heat capacity Cv in this solid state model. b. when the temperture is high, show that Cv → 3N kB. this value is often called...

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Using the Einstein model, sketch a diagram of the ground state vibrational energies of carbon and...

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