10 grams of real gas methane (CH4; Cv = 5.77+2.41 x 10^-3T cal/mol K; \mu J = oK/L; \mu JK = oK/atm) is compressed adiabatically and reversibly: Determine q, W, AU and AH of the following process. CH4 (1 atm 25\deg /C, V1)-> CH4 (p2,150 \deg C, V2) 10 gramos del gas real metano (CH4; Cv = 5.77 +2.41x 10^-3 T cal/mol*K; \mu J = 0 K/L; \mu JK = 0 K/atm) se comprimen adiabatica y reversiblemente: Determine q, W, AU y AH del siguiente proceso. CH4(1 atm,25\\deg C,V 1) > CH4 (p2, 150 deg C, V2)

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10 grams of real gas methane (CH4; Cv = 5.77+2.41 x 10^-3T cal/mol K; \mu J = oK/L; \mu JK = oK/atm) is compressed adiabatically and reversibly: Determine q, W, AU and AH of the following process. CH4 (1 atm
25\deg /C, V1)-> CH4 (p2,150 \deg C, V2)
10 gramos del gas real metano (CH4; Cv = 5.77 +2.41x 10^-3 T cal/mol*K; \mu J = 0 K/L; \mu JK = 0 K/atm) se comprimen adiabatica y reversiblemente: Determine q, W, AU y AH del siguiente proceso. CH4(1 atm,25\\deg C,V
1) > CH4 (p2, 150 deg C, V2)
Transcribed Image Text:10 grams of real gas methane (CH4; Cv = 5.77+2.41 x 10^-3T cal/mol K; \mu J = oK/L; \mu JK = oK/atm) is compressed adiabatically and reversibly: Determine q, W, AU and AH of the following process. CH4 (1 atm 25\deg /C, V1)-> CH4 (p2,150 \deg C, V2) 10 gramos del gas real metano (CH4; Cv = 5.77 +2.41x 10^-3 T cal/mol*K; \mu J = 0 K/L; \mu JK = 0 K/atm) se comprimen adiabatica y reversiblemente: Determine q, W, AU y AH del siguiente proceso. CH4(1 atm,25\\deg C,V 1) > CH4 (p2, 150 deg C, V2)
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