Boyle's law states that, when tempearture is constant, the volume of a given mass of a perfect gas

Related MCQs

• The universal gas constant will be equal to difference between specific heats at constant pressure & constant volume for
• Charle's law states that if any gas is heated at constant pressure, its volume
• 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
• A perfect gas having p1= 0.1 M/mm², v1=0.18 m³, T1=20°C is compressed to 1/10 of volume in an isothermal process. The change in entropy is
• 1.6 Kg of air is expanded at constant pressure from 100°C to 0°C resulting in entropy change of - 2.0 J/K 3.2 Kg of air is cooled at constant volume from 100°C to 0°C with a change in entropy of -3.0 J/K. The ratio Cp/ Cv is
• Universal gas constant is defined as equal to the product of the molecular weight of the gas &
• The gas constant of the mixture is the   of the gas constants of the components.
• ………. Law states that equal volume of all gases, at the same temperature & pressure, contains equal number of molecules
• Joule's law states that the specific internal energy of a gas depends only on