Thermodynamics State Variables and Equation of State
Thermodynamics State Variables and Equation of State: Overview
From this topic, we will understand the concept of equilibrium of a system with suitable examples. The equation of the state of a system will also be discussed here. It also covers the extensive and intensive properties of a system.
Important Questions on Thermodynamics State Variables and Equation of State
Which of the following is the state variable?
Which of the following variables is intensive?
Which of the following is an extensive property.
Which of the following is isentropic process
In an isothermal process if heat is released from an ideal gas then
The graph for Boyle's law is called
Which is the correct graphical representation for ideal gas under isothermal condition?
Which is intensive property?
Which of these is an example of the intensive quantity in thermodynamics?
Which one this is example of the extensive variable in thermodynamics?
From the given options, using which variables for X and Y -axis we can make an isotherm graph?
Write down the definition of the state variable.
From the given below option, which one is not the state variable?
In an isothermal change, the internal energy of an ideal gas:
The real gases deviate from the ideal gas equation when the pressure increases.
Which of the following parameters do not characterise the thermodynamic state of matter.
Consider the following thermodynamic variables:
(i) Pressure
(ii) Internal Energy
(iii) Volume
(iv) Temperature
Out of these, the intensive variable(s) is (are):
