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Answer :
Final answer:
qp and q are not state functions as they depend on the process, not just the initial and final states of the system. However, enthalpy and entropy are examples of state functions.
Explanation:
In chemistry, a state function is a property of a system that is determined by its current physical state or condition, not by how that state or condition was achieved. The state function is path-independent, meaning it only depends on the initial and final states of the system, not the path used to get there.
To answer the question, enthalpy and entropy are examples of state functions, as they depend only on the state of the system. However, qp (heat at constant pressure) and q (heat) are not considered state functions because they depend on how the process is carried out, not just on the initial and final states off the system.
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