![]() The surroundings will compensate accordingly to keep the energy of universe constant and increase the entropy. The energy (in the form of enthalpy) and entropy can increase or decrease in a system. Note that these two statements are talking about the system, rather than the universe. Based on these two laws, we can determine that statement I and statement II are false. ![]() This suggests that the universe is always going towards a more disordered state. The second law of thermodynamics states that the entropy, or the amount of disorder in the universe, is always increasing. The energy lost by a system is gained by surroundings and vice versa however, the total energy of the universe is always constant. ![]() The first law of thermodynamics states that the energy of the universe is always constant, which implies that energy cannot be created or destroyed.
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