Solved Complete this table for H_2 O Complete this table
Complete This Table For Refrigerant-134A. Use data from the steam tables. Note the reading of compressor water, mechanical device outlet condenser outlet, evaporator temperature pressure & of varied parameters within the setup.
Solved Complete this table for H_2 O Complete this table
There is currently serious consideration of replacing it with r744 (carbon dioxide) in refrigeration and heat pump applications. 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. 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 = Note the reading of compressor water, mechanical device outlet condenser outlet, evaporator temperature pressure & of varied parameters within the setup. R134a has a global warming potential (gwp) of 1300 with respect to carbon dioxide. Tables a−11 through a−13 are generated using the engineering equation solver (ees) software developed by s. Properties of saturated r134a, presented at regular intervals of temperature specific volume (m3/kg) specific internal energy (kj/kg) specific enthalpy. Web table reading taken from the process of r134a refrigerant placed within the experimental setup. Use data from the steam tables. This is the normal domestic refrigerator having refrigerant 180 grams placed in the system.
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. R134a has a global warming potential (gwp) of 1300 with respect to carbon dioxide. Properties of saturated r134a, presented at regular intervals of temperature specific volume (m3/kg) specific internal energy (kj/kg) specific enthalpy. There is currently serious consideration of replacing it with r744 (carbon dioxide) in refrigeration and heat pump applications. Use data from the steam tables. Tables a−11 through a−13 are generated using the engineering equation solver (ees) software developed by s. You'll get a detailed solution from a subject matter expert that helps you learn core concepts. 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. 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 =
