Suppose that the energy difference between adjacent energy levels for an oscillator in an Einstein solid is $\varepsilon=$ $0.005 \mathrm{eV}$. At room temperature, the value of $T / T_{E}$ is
A) quite a bit smaller than 1
B) about equal to 0.5 .
C) about equal to 1 .
D) about equal to 2 .
E) quite a bit larger than 2.
F) (One doesn't have enough information to tell.)

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The Answer of Suppose that the energy difference between adjacent energy levels for an oscillator in an Einstein solid is $\varepsilon=$ $0.005 \mathrm{eV}$. At room temperature, the value of $T / T_{E}$ is
A) quite a bit smaller than 1
B) about equal to 0.5 .
C) about equal to 1 .
D) about equal to 2 .
E) quite a bit larger than 2.
F) (One doesn't have enough information to tell.)

Suppose That the Energy Difference Between Adjacent Energy Levels for an Oscillator