Understand heat with clear, worked examples from this classic reference.
Numerical Examples in Heat delivers step-by-step solutions to problems on calorimetry, phase changes, and heat transfer. The material emphasizes practical calculation methods that you can apply in class or in the lab.
Two sections frame the content: hands-on problems and worked answers, with emphasis on the relationships between heat, temperature, and material properties. The book offers a historical view of how heat was approached in early thermodynamics while staying focused on concrete, solvable exercises.
- Worked long‑form problems that illustrate energy balance and heat exchange.
- Applications of latent heat, specific heat, and vapor pressure in real scenarios.
- Guidance on unit conversions and dimensional consistency to improve accuracy.
- Clear steps that help you check results and build problem-solving fluency.
Ideal for students and professionals who want reliable, calculation‑driven insight into heat problems.