Consider a system whose multiplicity is always 1, no matter how much energy you put into...

 

Transcribed Image Text:

Consider a system whose multiplicity is always 1, no matter how much energy you put into it. If you put a very large amount of energy into such an object (object A), and place it into thermal contact with an Einstein solid (object B) having the same number of atoms but much less energy, what will happen? A B C) D Energy flows from A to B until A has virtually no energy. Energy flows from B to A until B has virtually no energy. Energy flows from A to B until they have the same energy. No energy flows from A to B until A at all. E Something else happens. Consider a system whose multiplicity is always 1, no matter how much energy you put into it. If you put a very large amount of energy into such an object (object A), and place it into thermal contact with an Einstein solid (object B) having the same number of atoms but much less energy, what will happen? A B C) D Energy flows from A to B until A has virtually no energy. Energy flows from B to A until B has virtually no energy. Energy flows from A to B until they have the same energy. No energy flows from A to B until A at all. E Something else happens.

Answer rating: 100% (QA)

A C option O B option is correct 1e Energy flows from A to B until energy Since A objec... View the full answer