Andrea is volunteering with Doctors Without Borders, and is distributing the Moderna vaccine in Libya. She is in a region where the average Summer temperature is 104 °F, but the Moderna vaccine must be kept in a 50 °F refrigerator for distribution. Andrea remembers her Physics training and designs a refrigerator that uses refrigerant 12 and has a mass flow rate 0.006 kg/s that does the job. For Andrea's refrigerator calculate: a. Power input required by the compressor b. Coefficient of performance
Andrea is volunteering with Doctors Without Borders, and is distributing the Moderna vaccine in Libya. She is in a region where the average Summer temperature is 104 °F, but the Moderna vaccine must be kept in a 50 °F refrigerator for distribution. Andrea remembers her Physics training and designs a refrigerator that uses refrigerant 12 and has a mass flow rate 0.006 kg/s that does the job. For Andrea's refrigerator calculate: a. Power input required by the compressor b. Coefficient of performance
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
Transcribed Image Text:Andrea is volunteering with Doctors Without Borders, and is distributing the Moderna
vaccine in Libya. She is in a region where the average Summer temperature is 104 °F, but
the Moderna vaccine must be kept in a 50 °F refrigerator for distribution. Andrea remembers
her Physics training and designs a refrigerator that uses refrigerant 12 and has a mass flow
rate 0.006 kg/s that does the job. For Andrea's refrigerator calculate:
a. Power input required by the compressor
b. Coefficient of performance
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