IIT-JEE Thermodynamics: Theory, Examples, and Problem Applications

Unit 1: Thermodynamics: The Big Picture

Unit 2: Types of Thermodynamic Systems

Unit 3: Macroscopic vs. Microscopic Viewpoints

Unit 1: Basic Definitions

Unit 2: State, Process, and Cycle

Unit 3: Functions: State vs. Path

Unit 1: Understanding Temperature

Unit 2: The Zeroth Law

Unit 3: Temperature Scales and Conversions

Unit 1: Defining Heat and Work

Unit 2: Sign Conventions and Types of Work

Unit 3: More Types of Work

Unit 1: Fundamentals of Work Done

Unit 2: Reversible and Irreversible Processes

Unit 3: Calculating Work for Specific Processes

Unit 4: Applications and Problem Solving

Unit 1: Introduction to Internal Energy

Unit 2: Internal Energy as a State Function

Unit 3: Internal Energy and Temperature

Unit 4: Problems on Internal Energy Changes

Unit 1: Introduction to the First Law

Unit 2: Applying the First Law

Unit 3: Problem Solving with the First Law

Unit 1: Cyclic Processes and the First Law

Unit 2: Energy Balance in Closed Systems

Unit 3: Energy Balance in Open Systems

Unit 1: Understanding Heat Capacity

Unit 2: Relationship Between Cp and Cv

Unit 3: Heat Transfer Calculations

Unit 1: Introduction to Enthalpy

Unit 2: Enthalpy Changes and Calculations

Unit 3: Applications and Problem Solving

Unit 1: Understanding Isothermal Processes

Unit 2: Work and Heat in Isothermal Processes

Unit 3: Applying the First Law to Isothermal Processes

Unit 4: Problem Solving

Unit 1: Understanding Adiabatic Processes

Unit 2: Deriving the Adiabatic Equation

Unit 3: Problem Solving with Adiabatic Processes

Unit 1: Understanding Polytropic Processes

Unit 2: Calculating Work Done

Unit 3: Problem Solving

Unit 1: Understanding Cyclic Processes

Unit 2: Work Done in Cyclic Processes

Unit 3: Applying the First Law to Cyclic Processes

Unit 4: Problem Solving with Cyclic Processes

Unit 1: Understanding Reversibility

Unit 2: Exploring Irreversibility

Unit 3: Quasi-Static Processes

Unit 1: Introduction to the Second Law

Unit 2: Statements of the Second Law

Unit 3: Implications and Applications

Unit 4: Irreversibility and Entropy

Unit 5: Problem Solving

Unit 1: Introduction to Heat Engines

Unit 2: Working Principles and Efficiency

Unit 3: Efficiency Calculations and Problem Solving

Unit 1: Introduction to Refrigeration

Unit 2: Refrigeration Cycle Deep Dive

Unit 3: Coefficient of Performance (COP)

Unit 4: Problem Solving

Unit 1: Carnot Cycle Fundamentals

Unit 2: Carnot Cycle Efficiency

Unit 3: Carnot Cycle Significance and Problems

Unit 1: Introduction to Entropy

Unit 2: Calculating Entropy Changes

Unit 3: Problem Solving with Entropy

Unit 1: Connecting Entropy and the Second Law

Unit 2: The Principle of Increasing Entropy

Unit 3: Entropy in Irreversible Processes

Unit 1: Defining Thermodynamic Potentials

Unit 2: Relationships Between Thermodynamic Potentials

Unit 3: Applying Thermodynamic Potentials

Unit 1: Thermodynamic Potentials Review

Unit 2: Deriving Maxwell's Relations

Unit 3: Applications and Problem Solving

Unit 1: Understanding Phase Transitions

Unit 2: Deriving the Clausius-Clapeyron Equation

Unit 3: Applying the Equation

Unit 1: Introduction to the Third Law

Unit 2: Consequences and Applications

Unit 3: Problem Solving and Applications

Unit 1: Thermodynamics in Action: Power Generation

Unit 2: Refrigeration and HVAC Systems

Unit 3: Thermodynamics in Other Applications

Unit 1: Conceptual Review & Problem-Solving Strategies

Unit 2: Problem-Solving: Laws of Thermodynamics

Unit 3: IIT-JEE Practice Problems