9) A heat pump is used to move heat from 10°C air outside, to a 22 °C air inside. The practical coefficient of performance of this pump is 4.1, and it uses 12000 J of electric energy. a) Find the energy this system adds to the house. b) Find the theoretical (maximum) coefficient of performance for this system.
9) A heat pump is used to move heat from 10°C air outside, to a 22 °C air inside. The practical coefficient of performance of this pump is 4.1, and it uses 12000 J of electric energy. a) Find the energy this system adds to the house. b) Find the theoretical (maximum) coefficient of performance for this system.
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![9) A heat pump is used to move heat from 10°C air outside, to a 22 °C air inside. The practical
coefficient of performance of this pump is 4.1, and it uses 12000 J of electric energy.
a) Find the energy this system adds to the house.
b) Find the theoretical (maximum) coefficient of performance for this system.
5](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F9ad1a226-a4fb-4a47-b5de-2ac3f13f0fb5%2Fe9b3b4c7-8bd5-49d5-b138-ae61f03dcff3%2F6m9b4ce_processed.jpeg&w=3840&q=75)
Transcribed Image Text:9) A heat pump is used to move heat from 10°C air outside, to a 22 °C air inside. The practical
coefficient of performance of this pump is 4.1, and it uses 12000 J of electric energy.
a) Find the energy this system adds to the house.
b) Find the theoretical (maximum) coefficient of performance for this system.
5
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