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Nicole Ricketts- Murray
Dareen Adel Agha-Raad'
Jannatun Tazri Anhar Adnin

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Energy transferred by the system to it's surroundings

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A property whose value does not depend on the path taken to reach that specific value.

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Reversible:  the process can be turned back such that both the system and the surroundings return to their original states, with no other change anywhere else in the universe.
Irreversible:  the system and the surroundings do not return to their original condition once the process is initiated.

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System: part of the physical universe with a specified boundary for observation.
Surrounding: The rest of the physical universe constitutes the surroundings of the system.

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The loss of energy available to do work.

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is one that occurs on its own, without any energy input from the outside.
Non-Spontaneous Reactions: No intervention is required because these processes are thermodynamically favorable.

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A reaction that occurs on its own without any energy input from the outside.

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An example of a Spontaneous and a Non-spontaneous reaction

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An example of a Spontaneous and a Non-spontaneous reaction

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Explain the relationship between enthalpy, free energy, and entropy

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Explain the relationship between enthalpy, free energy, and entropy