Identify the complete and correct statement of the
first law of thermodynamics.
During
a process, extracting work without supplying heat, while sacrificing the energy
of the system.
Difference between the heat and work
interactions during a process, which is property of the system.
When a closed system executes a complete
cycle, the sum of heat interactions is equal to the sum of work interactions.
When
a system undergoes a cycle, the integral of heat is equal to the integral of
work.
When a closed system executes a complete
cycle, the sum of heat interactions is equal to the sum of work interactions.
First law of thermodynamics states
that when a closed system executes a complete cycle, the sum of heat
interaction is equal to the sum of work interaction.
Hence,
the correct option is (C).
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