Answer:
the molecules have different energy and the system is not in equilibrium
Explanation:
The model developed by Jack has the same energy for each of the two objects, but as each object is made up of a different number of molecules, in the system with more molecules, object 2, each one has approximately 2.4 less energy and the molecules of Object 1 have an E / 2 energy.
So when you book them together the molecules have different energy and the system is not in equilibrium
The mistake is when you book them together the molecules have different energy and the system is not in equilibrium.
Given data:
Jack's model consists of 1 object = 2 molecules.
And, object 2 = 6 molecules.
And there were 16 energy cubes kept in each object.
As per the given problem, the model developed by Jack has the same energy for each of the two objects, but as each object is made up of a different number of molecules, in the system with more molecules, object 2, each one has approximately 2.4 less energy and the molecules of Object 1 have an E / 2 energy.
Thus, we can conclude that the mistake is when you book them together the molecules have different energy and the system is not in equilibrium.
learn more about the thermal equilibrium here:
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