Which is the best description of the relationship between the absolute entropies, ${\mathrm{S}}^{\mathrm{o}}$, of solid water at 100 K and at 200 K?

$S_{200\mathrm{K}}^{\circ }$ is smaller because entropy decreases a temperature increases

$S_{200\mathrm{K}}^{\circ }$ is smaller because the surroundings are 200K more disordered at higher temperatures.

$S^{\circ }100\mathrm{K}=S_{200\mathrm{K}}^{\circ }=1$ because water is in the solid phase at both temperatures

$S_{200\mathrm{K}}^{\circ }$ is larger because the vibration of the molecules increases as temperature increases.