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A mixture of air and water vapor is to be cooled from 160F to 75F in a tubular cooler condenser. The humidity at the inlet is 0.07lb water vapor per lb of dry air. Determine (a) The dew point temperature. (b) The humidity of leaving air. (c) The amount of vapor condensed. (d) Humid heat of entering and leaving air. (e) The amount of heat to be transferred per Ib of air. This include, heat transfer to cool the entering air to its dew point temperature, heat transfer to condense vapor, heat transfer to cool air and uncondensed benzene from dew point temperature to final temperature and the heat transfer to cool the condensed benzene from dew point temperature to the final temperature. A mixture of air and water vapor is to be cooled from 160F to 75F in a tubular cooler condenser. The humidity at the inlet is 0.07lb water vapor per lb of dry air. Determine (a) The dew point temperature. (b) The humidity of leaving air. (c) The amount of vapor condensed. (d) Humid heat of entering and leaving air. (e) The amount of heat to be transferred per Ib of air. This include, heat transfer to cool the entering air to its dew point temperature, heat transfer to condense vapor, heat transfer to cool air and uncondensed benzene from dew point temperature to final temperature and the heat transfer to cool the condensed benzene from dew point temperature to the final temperature