This document discusses thermodynamic properties of systems. It defines thermodynamic properties as measurable entities that can represent a system at a given time, such as temperature, pressure, mass, volume, density, enthalpy and entropy. Thermodynamic properties are either intensive or extensive, where intensive properties do not depend on the mass of the system and extensive properties do depend on the mass. The document provides examples of temperature as an intensive property and volume, density and enthalpy as extensive properties. It concludes with a thank you.

1. Prof. Anand Joshi
THERMODYNAMICS
Basic Concepts
Thermodynamic Properties of The System

2. Prof. Anand Joshi
WHY?
Thermodynamic Properties of The System
MY
PROPERTY!!

3. Prof. Anand Joshi
THAT’S
WHY
Thermodynamic Properties of The System
MY
PROPERTY!!

4. Prof. Anand Joshi
TEMPERATURE
PRESSURE
MASS
VOLUME
DENSITY
ENTHALPY
ENTROPY
Thermodynamic Properties of The System
•It’s A Measurable Entity
For A Given System At A Given Time
•A System Can Be Represented By A
Set Of These Properties
P=1Bar
V=10 Lit.
P=1Bar
V=10 Lit.
P
V

5. Prof. Anand Joshi
Thermodynamic Properties of The System
TYPE
Intensive Properties Are The One Which
Does Not Depend On The
(Extent) Mass Of The Properties
Example Is Temperature
INTENSIVE
&
EXTENSIVE
Extensive Properties Are The One Which
Does Depend On The
(Extent) Mass Of The Properties
Example Is Volume, Density, Enthalpy

6. Prof. Anand Joshi
Thermodynamics System & Types

7. Prof. Anand Joshi
Thermodynamics System & Types
THANK YOU