Information about our refrigerator: Model: 570504 MB Arelik Liquid cooler: R134-a Temperature inside: 4C 25C outside...

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Information about our refrigerator: Model: 570504 MB Arelik Liquid cooler: R134-a Temperature inside: 4C 25C outside temperature Hours of operation: 24 hours A) The Process for Estimating COP i. Explicitly describe the computations, presumptions, and experimental procedures used to estimate theoretical and actual COP. ii. Unless you have access to electrical power measurement equipment, use auditory observation to document compressor operating behavior. iii. Indicate the duration of the observation period (a 24-hour period is advised) for data collection. iv. Multiple experiments using various methodologies will also be beneficial for verification. B) Analysis of First and Second Laws i. Perform first law analysis, summing up estimated state points while taking into account the particular refrigerant used in the refrigeration cycle, heat transfer, and operations that extend beyond the refrigeration cycle's boundaries. ii. Apply second law analysis using the estimated state points, computing the generation of entropy, the destruction of energy in each cycle component and the cycle as a whole, the minimal power input, and second law efficiency. Information about our refrigerator: Model: 570504 MB Arelik Liquid cooler: R134-a Temperature inside: 4C 25C outside temperature Hours of operation: 24 hours A) The Process for Estimating COP i. Explicitly describe the computations, presumptions, and experimental procedures used to estimate theoretical and actual COP. ii. Unless you have access to electrical power measurement equipment, use auditory observation to document compressor operating behavior. iii. Indicate the duration of the observation period (a 24-hour period is advised) for data collection. iv. Multiple experiments using various methodologies will also be beneficial for verification. B) Analysis of First and Second Laws i. Perform first law analysis, summing up estimated state points while taking into account the particular refrigerant used in the refrigeration cycle, heat transfer, and operations that extend beyond the refrigeration cycle's boundaries. ii. Apply second law analysis using the estimated state points, computing the generation of entropy, the destruction of energy in each cycle component and the cycle as a whole, the minimal power input, and second law efficiency.