The number of properties which are state functions among the following is :
Enthalpy, entropy, pressure, volume, heat, internal energy, temperature, molar heat capacity, work free energy.

The number of properties which are state function among the following is Pressure, Volume , Temperature,Heat, Work , Entropy, Enthalpy , Free energy, Internal energy, C_(p) and C_(v) .

The number of intensive properties among the following is Density, temperature, volume, pressure, enthalpy, entropy, viscosity, force, molar heat capacity, free energy, heat capacity.

Calculate the number of extensive properties among the following : Mass, volume, density, internal energy, specific volume, temperature, enthalpy,heat capacity, entropy, surface tension

Identify the state functions and path functions out of the following : enthalpy , entropy , heat, temperature, work , free energy.

Identify the state functions and path functions out of the following: enthalpy, entropy, heat, temperature, work, free energy.

Identify the state functions and path functions out of the following enthalpy, entropy, heat, temperature, work, free energy

The number of state functions the following properties are Temperature, Pressure, Volume, Heat capacity. Density, pH of a solution, EMF of a cell. Entropy, Free energy. Enthalpy, Surface tension, Viscosity, Boiling point.

Categorize these properties into state and path functions. (a) Internal energy , (b) Volume , (c ) Heat , (d) Enthalpy (e) Temperature , (f) Work , (g) Molar heat capacity

How many of these properties are intensive here Temperature, Refractive index, density, enthalpy, entropy, molar heat capacity, Gibb's free energy, pH.

The number of intensive propertiesamong the following is Temperature, Pressure, Volume , Heat capacity ,Density ,pH of a solution , EMF of a cell,Entropy, Free energy,Enthalpy , Surface busion, Viscosity , Boiling point