Thermal Properties of Matter

This experiment demonstrates absorption, reflection, and transmission of heat radiation. Different materials and surface properties can be observed to...

This experiment demonstrates that air expands on heating, based on Charles' law. When air is heated by a candle, it becomes warm, expands, and rises u...

This experiment demonstrates Boyle's law, which states that the pressure of a gas is inversely proportional to its volume when temperature is constant...

This experiment demonstrates Boyle's Law, which states that the pressure of a gas is inversely proportional to its volume when temperature is kept con...

This experiment demonstrates Charles's Law, which states that the volume of a gas is directly proportional to its temperature at constant pressure. As...

This experiment demonstrates condensation, where water vapor cools and changes into liquid water. It shows how a decrease in temperature causes vapor ...

This experiment demonstrates convection currents in air. When air is heated, it becomes lighter and rises, while cooler air moves down to take its pla...

This experiment shows how colour affects heat absorption and heat loss. Two beakers, one black and one white, are filled with hot water and their temp...

This experiment demonstrates how different colors absorb heat radiation differently. When objects of different colors are exposed to the same high-int...

This experiment demonstrates evaporation by heating water and salt water. When heated, only water changes into vapour and leaves the container, while ...

This experiment demonstrates that evaporation occurs faster at higher temperatures. Two bowls with equal amounts of water are kept in sunlight and sha...

This experiment demonstrates condensation by observing water droplets forming on the outside of a glass filled with ice. The cold surface cools the su...

This experiment demonstrates Gay Lussac's Law, which states that pressure is directly proportional to temperature at constant volume. As the speed of ...

This experiment demonstrates Gay-Lussac's Law by enclosing a fixed amount of gas in a rigid container so that its volume remains constant. As the gas ...

This experiment demonstrates how heat is conducted through a solid. When one end of a rod is heated, the temperature gradually increases along its len...

This experiment demonstrates the difference between materials that conduct heat well and those that do not. When heated, metals transfer heat quickly,...

This experiment shows how ice changes state when heated. Ice is first heated in a beaker and melts into water. On further heating, the water reaches 1...

This experiment demonstrates the concepts of melting point and boiling point by showing how ice changes into water on heating and how water further ch...

In this experiment, hot water kept in a copper container is allowed to cool down. Its temperature falls quickly at first because it is much hotter tha...

This experiment demonstrates how mass and temperature change affect heat transfer, highlighting how specific heat capacity determines the amount of he...

This experiment demonstrates the Stefan-Boltzmann Law by showing how changes in temperature affect the rate of radiation emitted by a black body, high...

This activity demonstrates the process of sublimation using naphthalene. When solid naphthalene is heated in a beaker, it changes directly from a soli...

This experiment demonstrates the properties of gases by comparing compressibility. Pressure is applied using a piston on three beakers containing a ga...

This experiment demonstrates the properties of liquids. Different liquids such as water, oil, milk, and juice are poured into containers of different ...

This experiment demonstrates the properties of solids. Different solid objects are observed and tested by striking or dropping them. Even after applyi...

This experiment demonstrates thermal expansion in solids and how materials expand when heated. It shows how the length or volume of a material increas...