A completely reversible air conditioner provides $36,000$Btu$/$h of cooling for a space maintained at $70$F while rejecting heat to the environmental air at $110$F$.$ Calculate the rate at which the entropies of the two reservoirs change.

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The rate at which the entropies of the two reservoirs change is $4\mathrm{.}772$ Numeric ResponseEdit Unavailable$\mathrm{.}4\mathrm{.}772$incorrect.Btu$/$h$$R$.$

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Does this air conditioner satisfy$$the increase of entropy principle?

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