Joule's law states that the specific internal energy of a gas depends only on

Related MCQs

• Consider the following statements: The definition of 1. temperature is due to zeroth law of thermodynamics 2. entropy is due to first law of thermodynamics 3. internal energy is due to second law of thermodynamics 4. reversibility is due to Kelvin-Planck's ststement of these statements
• Internal energy of a perfect gas depends on
• In an ideal gas there are no intermolecular forces of attraction and repulsion, and the internal energy is a function of temperature only.
• The fact that internal energy of a mixture is equal to the sum of the partial internal energies of the gases can also be applied to properties like H,Cv,Cp,S,F, and G.
• In which of the following processes the change in internal energy of a gas is equal to the work done
• Internal energy & enthalpy of an ideal gas are functions of
• The internal energy of a perfect gas is a function of
• During a polytropic expansion 25% of heat is converted into work while temperature of gas rises by 30 K, the specific heat of gas at constant volume is
• During a constant pressure expansion of a gas 33.3 % heat is converted into work while the temperature rises by 20K. The specific heat of gas at constant pressure is
• Boyle's law states that, when tempearture is constant, the volume of a given mass of a perfect gas