CHAPTER 3

DYNAMICS OF HEAT

What it's all about
OVERVIEW

Study Guide

Concepts

Phenomena

CASES

Main Case

Further Suggestions


ACTIVITIES

Investigations

Problems


READINGS

A Brief Text

Books & Notes


MATERIALS

Files & Links

Tables

Relations

SOME TOOLS

Quick Access

Glossary


In this chapter, we will study thermal processes. Thermodynamics is the science of heat and hotness, of how bodies and other physical systems respond to heat, of how heat can be used to drive other processes, and how heat is produced.

Heat can be transported by conduction, convection, and radiation. An interesting type of coupling of processes can be demonstrated in thermoelectric phenomena.

Heat behaves in many ways like electricity or like fluids. This allows us to make use of analogical reasoning so we can get to know thermal processes more easily.


Applications

Producing heat in electric heating. Equilibration of temperatures in bodies in thermal contact. Thermoelectric generator. Heating and cooling water. Two bodies of water in thermal contact. Water in a thick-walled PVC container. Evaporation. Melting and fusing wax. Cooling water with a Peltier device. Compressing and expanding air. Dynamics of an incadescent bulb. And more…