How does constituent particles of solids oscillate about their mean position in solids ? Is this the reason behind their rigidity ?
Dear student
Please find the solution to the asked query:
The solid particles have strong intermolecular forces of attraction and they are very close to each other. Because of this reason , the solids have a fixed shape and size and are rigid. There is no translatory motion observed in solids. They have only vibrational motion. So that they can oscillate only around their mean position.
Yes, As this oscillatory motion is around their mean position only, this does not hamper the rigidity of the solids.
Hope this information will clear your doubts regarding the topic. If you have any other doubts please ask here on the forum and our experts will try to solve them as soon as possible.
Regards
Please find the solution to the asked query:
The solid particles have strong intermolecular forces of attraction and they are very close to each other. Because of this reason , the solids have a fixed shape and size and are rigid. There is no translatory motion observed in solids. They have only vibrational motion. So that they can oscillate only around their mean position.
Yes, As this oscillatory motion is around their mean position only, this does not hamper the rigidity of the solids.
Hope this information will clear your doubts regarding the topic. If you have any other doubts please ask here on the forum and our experts will try to solve them as soon as possible.
Regards