What is the correct answer?


In the equation, PVn = Constant, if the value of n = 0, then it represents a reversible __________ process.

A. Isobaric

B. Isothermal

C. Isentropic

D. Isometric

Correct Answer :

A. Isobaric

Related Questions

For an ideal solution, the value of activity co-efficient is Compound having large heat of formation is Reduced pressure of a gas is the ratio of its The expression for entropy change, ΔS = n Cp . ln (T2/T1), is valid… The temperature at the eutectic point of the system is the __________… If two pure liquid constituents are mixed in any proportion to give an… For an irreversible process involving only pressure-volume work A Carnot cycle consists of the following steps: Work done may be calculated by the expression ∫ p dA for __________… When a system is in equilibrium for all possible processes, the differential… Joule-Thomson co-efficient for a perfect gas is Henry's law is closely obeyed by a gas, when its __________ is extremely… In which of the following reaction equilibrium, the value of equilibrium… Which of the following non-flow reversible compression processes require… At the absolute zero temperature, the entropy of every perfectly crystalline… Entropy of the system decreases, when Degree of freedom of the system ice-watervapour will be The necessary and sufficient condition for equilibrium between two phases… When dilute aqueous solutions of two salts are mixed, the process is associated… Efficiency of a Carnot engine working between temperatures T1 and T2 (T1… Forward reaction will be favoured for the exothermic reaction, represented… Pick out the wrong statement Heat pump The internal energy of a gas obeying P (V - b) RT (where, b is a positive… Kopp's rule is used to calculate the heat capacity of The activity of an ideal gas is numerically __________ its pressure. PVγ = Constant (where, γ = Cp/Cv) is valid for a/an __________… All gases above its inversion temperature, in a throttling process will… Entropy change for an irreversible process taking system and surrounding… The chemical potential of any constituent of an ideal solution depends…