# 5 mole ideal gas in cylinder w/P=1atm,T=493K,system cooled to 384K, C=20.8J/molK, fine q (heat that flows out of the system)? delta E?

• 5 mole ideal gas in cylinder w/P=1atm,T=493K,system cooled to 384K, C=20.8J/molK, fine q (heat that flows out of the system)? delta E?

... if work is done on the system, heat flows out of ... a system. The first law of thermodynamics is thus ... ideal gas, the heat capacity ...
Positive: 95 %
Ideal Gases under Constant Volume, ... If the gas has a specific heat at constant pressure of C p, ... If q = const, then ...
Positive: 92 %

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... or released by the system (q). \(\Delta{H} ... gas). Standard Enthalpy of Fusion (\(\Delta ... as heat at constant pressure per mole of molecules ...
Positive: 95 %
How to Calculate Heat ... out of your body into ... Start by entering the known variables into the fairly simple equation used to determine the rate of ...
Positive: 90 %
The most common way to add energy to a liquid system is by adding heat. As a liquid ... heat per mole that has to be ... 5.0 x 10 4 L, we can use the ideal ...