Alex R. answered 02/01/24
MS in Engineering Physics, research in Math Physics prior to IT career
The "particles" (atoms) that make up solids vibrate microscopically due to non-zero temperature. [ At (hypothetical) absolute zero (T=0K) solids should freeze. ] If you average this microscopic vibration over a sizeable solid sample (containing so many atoms) it will be zero on "macroscopic" level.
The night stand might vibrate because other objects (buses, cars, trains) shake the ground, even if lightly. For sure an earthquake, G-d forbid, would make it vibrate.

Michael J.
Most likely the vector of the random vibrations would cancel each other out - and these are very "weak" forces.02/03/24

JACQUES D.
02/03/24
Hailey P.
Thank you both for your responses! So you’re saying the forces and vibrations in the solid item would cancel each other out and there would be no vibrations?02/05/24
Hailey P.
Thanks for responding. But it would not vibrate externally or macroscopically due to the atoms and molecules vibrating, correct? Just the molecules and atoms would vibrate. Not the solid object itself? In this case, the nightstand? Correct?02/01/24