The first law of thermodynamics was given as q=DeltaU+(-w) , where q is heat given to a system and DeltaU represents increase in internal energy and -w is work done by the system. Various processes such as isothermal, adiabatic, cyclic, isobaric and isochoric process in terms of I law of thermodynamics leads for important results. The molar heat capacity for 1 mole of monoatomic gas is 3/2 R at constant volume and 5/2 R at constant pressure. 1 mole of a monoatomic gas is expanded through path ABC as shown in figure: select the correct statements:
Figure shows P versus V graph for various processes performed by an ideal gas. All the processes are polytropic following the process equation PV^(k) = constant. (i) Find the value of k for which the molar specific heat of the gas for the process is (C_(P)+C_(V))/(2) . Does any of the graph given in figure represent this process? (ii) Find the value of k for which the molar specific heat of the gas is C_(V) + C_(P) . Assume that gas is mono atomic. Draw approximately the P versus V graph for this process in the graph given above.
The first law thermodynamics was gives as q=Delta U+(-w) , where q is heat given to a system and Delta U represent increase in internal energy and -w is work done by the system. Various process such as isothermal, adiabatic, cyclic, isobaric and isochoric process in terms to first law of thermodynamics leads for important results. The molar heat capacity for 1 mole of monoatomic gas is 3/2R at constant volume and 5/2R at constant pressure. Which of the following statements are correct:
A mono-atomic ideal gas is compressed form volume V to V//2 through various process. For which of the following processes final pressure will be maximum:
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Mechanical Workdone During Various Thermodynamic Processes
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