According to the

1^(st )

law of thermodynamics which of the following is true for any constant volume process?\ It's adiabatic\ The change in internal energy of the system will be equal to the heat added to the system\ The net heat added to the system is equal to the work done by the system\ No net heat is added or taken away from the system\ Question 3\

1pts

\ From the

2^(nd )

law of thermodynamics, when a hot cup of coffee cools to room temperature\ Its volume will increase\ It does so to conserve energy\ The entropy of the universe increases\ The entropy of the universe is constant\ It may then spontaneously heat up again

According to the 1st law of thermodynamics which of the following is true for any constant volume process? It's adiabatic The change in internal energy of the system will be equal to the heat added to the system The net heat added to the system is equal to the work done by the system No net heat is added or taken away from the system Question 3 1 pts From the 2nd law of thermodynamics, when a hot cup of coffee cools to room temperature Its volume will increase It does so to conserve energy The entropy of the universe increases The entropy of the universe is constant It may then spontaneously heat up again