stion 10 A diatomic ideal gas of volume 10 m at temperature 283 K and pressure Po=106 N/m2 in a thermodynamic equilibrium. The gas is then compressed isothermally to 9.1x Po. Calculate the heat in J absorbed by the gas in this process. yet wered rked out of Flag question a. -1.877e7 O b. -2.208e7 C. -3.379e7 d. -2.495e7 e. -3.158e7
stion 10 A diatomic ideal gas of volume 10 m at temperature 283 K and pressure Po=106 N/m2 in a thermodynamic equilibrium. The gas is then compressed isothermally to 9.1x Po. Calculate the heat in J absorbed by the gas in this process. yet wered rked out of Flag question a. -1.877e7 O b. -2.208e7 C. -3.379e7 d. -2.495e7 e. -3.158e7
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Transcribed Image Text:Question 10
A diatomic ideal gas of volume 10
Not yet
answered
m³ at temperature 283 K and
pressure Po=10 N/m2 in a
thermodynamic equilibrium. The
gas is then compressed
isothermally to 9.1×Po. Calculate
the heat in J absorbed by the gas
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Flag question
in this process.
a. -1.877e7
b. -2.208e7
C. -3.379e7
d. -2.495e7
e. -3,158e7
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