Categorize these properties into extensive and intensive
(a) Temperature , (b) Internal energy ,(c ) Heat, (d ) Density
(e) Moar volume , (f) molar enthalpy , (g) viscosity

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

Extensive properties depends on the quantity of matter but intensive properties do not. Explain whether the following properties are extensive or intensive. Mass internal energy, pressure, heat capacity, molar heat capacity, density, mole fraction, specific heat, temperature and molarity

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

How many of the following physical properties are extensive: (i) Free energy (ii) vapour pressure (iii) mole (iv) kinetic energy (v) Entropy (vi) Internal energy (vii) Enthalpy (viii) specific heat capacity (ix) Coefficient of viscosity

Predict the total number of intensive properties: (i) Free energy , (ii) Critical density , (iii) Viscosity , (iv) Specific heat capacity (v) molar heat capacity , (vi) Kinetic energy , (vii) Specific gravity , (viii) Dielectric constant (ix) pH

Identify the intensive quantities from the following : (a)Enthalpy (b)Temperature (c)Pressure (d)Mass

Sort out the intensive and extensive properties among the following: Temperature, mass, specific heat, density, enthalpy, entropy, concentration, free energy.

When 100J of heat is given to an ideal gas it expands from 200cm^(3) to 400cm^(3) at a constant pressure of 3 xx 10^(5) Pa . Calculate (a) the change in internal energy of the gas (b) the number of moles in the gas if the initial temperature is 400K , (c ) the molar heat capacity C_(p) at constant pressure and (d) the molar heat capacity C_(v) at constant volume. [R = (25)/(3)J//mol-K]

An ideal gas expands from 100 cm^(3) to 200 cm^(3) at a constant pressure of 2.0 xx 10^(5) when 50 J of heat is supplied to it. Calculate (a) the change in internal energy of the gas , (b) the number of moles in the gas if the initial temperature is 300K , (C ) the molar heat capacity C_P at constant pressure and (d) the molar heat capacity C_v at constant volume