A chilled water cooling coil receives 2.5 m3/s of air at 25 C db, 20 C...

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A chilled water cooling coil receives 2.5 m3/s of air at 25 C db, 20 C wb. It is necessary for the air to leave the coil at 13 C db, 12 C wb. Assume sea level pressure. (a) Determine the SHF and the apparatus dew point. (b) Compute the bypass factor. (c) Compute the total and sensible heat transfer rates from the air using enthalpy difference and the SHF. (d) Compute the total and sensible heat transfer rates from the air using the bypass factor and the SHF. A chilled water cooling coil receives 2.5 m3/s of air at 25 C db, 20 C wb. It is necessary for the air to leave the coil at 13 C db, 12 C wb. Assume sea level pressure. (a) Determine the SHF and the apparatus dew point. (b) Compute the bypass factor. (c) Compute the total and sensible heat transfer rates from the air using enthalpy difference and the SHF. (d) Compute the total and sensible heat transfer rates from the air using the bypass factor and the SHF.