Saturated Refrigerant 134a Temperature Table Decoration Jacques Garcia
Complete This Table For Refrigerant-134A. Use data from the steam tables. State 1:t = 8 °c, p = 320 kpa , from table a 12 (saturated refrigerant 134a pressure table), for p = 320 kpa, tsat = 2.46 °c, as t < tsat , hence, state 1 is compressed (subcooled) liquid, hence, conditions are nearly the same as those at saturated liquid corresponding to t = 8 °c.
Saturated Refrigerant 134a Temperature Table Decoration Jacques Garcia
Tables a−11 through a−13 are generated using the engineering equation solver (ees) software developed by s. Use data from the steam tables. Web complete the following table for refrigerant 134a ( 16 marks). Web table reading taken from the process of r134a refrigerant placed within the experimental setup. Т, °f p, psia phase description h, btu/lbm х 80 78 15 0.6 10 70 180 129.46 110 1.0 this problem has been solved! State 1:t = 10 °c, p = 300 kpa , from table a 12 (saturated refrigerant 134a pressure table), for p = 280 kpa, tsat = 1.25 °c, for p = 320 kpa, tsat = 2.46 °c, hence, for p = 300 kpa, tsat = State 1:t = 8 °c, p = 320 kpa , from table a 12 (saturated refrigerant 134a pressure table), for p = 320 kpa, tsat = 2.46 °c, as t < tsat , hence, state 1 is compressed (subcooled) liquid, hence, conditions are nearly the same as those at saturated liquid corresponding to t = 8 °c. R134a has a global warming potential (gwp) of 1300 with respect to carbon dioxide. Note the reading of compressor water, mechanical device outlet condenser outlet, evaporator temperature pressure & of varied parameters within the setup. This is the normal domestic refrigerator having refrigerant 180 grams placed in the system.
State 1:t = 10 °c, p = 300 kpa , from table a 12 (saturated refrigerant 134a pressure table), for p = 280 kpa, tsat = 1.25 °c, for p = 320 kpa, tsat = 2.46 °c, hence, for p = 300 kpa, tsat = There is currently serious consideration of replacing it with r744 (carbon dioxide) in refrigeration and heat pump applications. Tables a−11 through a−13 are generated using the engineering equation solver (ees) software developed by s. State 1:t = 8 °c, p = 320 kpa , from table a 12 (saturated refrigerant 134a pressure table), for p = 320 kpa, tsat = 2.46 °c, as t < tsat , hence, state 1 is compressed (subcooled) liquid, hence, conditions are nearly the same as those at saturated liquid corresponding to t = 8 °c. Use data from the steam tables. Web complete the following table for refrigerant 134a ( 16 marks). You'll get a detailed solution from a subject matter expert that helps you learn core concepts. Web table reading taken from the process of r134a refrigerant placed within the experimental setup. R134a has a global warming potential (gwp) of 1300 with respect to carbon dioxide. State 1:t = 10 °c, p = 300 kpa , from table a 12 (saturated refrigerant 134a pressure table), for p = 280 kpa, tsat = 1.25 °c, for p = 320 kpa, tsat = 2.46 °c, hence, for p = 300 kpa, tsat = Use data from the steam tables.
