Such a low temperature sets the stage for an amazing series of demonstrations. Some of the highlights include the use of liquid nitrogen for freezing a banana into a hammer, inflating a balloon, running an engine, and blasing a cannon. Jan, Feb, Mar Dry ice is commonly known as solid carbon dioxide. Existing at a temperature of -80 degree centigrade, its solid state can be used for a fascinating series of demonstrations to illustrate various concepts in physics and chemistry. Topics explored include mechanics, heat, sound and electricity.
Topics covered include proton activity measurements, chemical kinetics and thermochemistry.
Jan, Feb, Mar, This programme looks at the science of ice in detail through the conducting of various experiments on the physics and chemistry of ice. Jan, Feb, Mar, Superconductivity is a phenomenon which occurs at very low temperatures when a material practically loses all its resistance. Demonstrations include the Meissner Effect, the Josephson Junction, and others, the potential of superconductivity will be reiterated. For the first time, this programme will feature amazing demonstrations such as freezing alcohol into a various gel, producing very low temperatures using compressed air, making a magnet using a thermocouple, and many others. Jan, Feb, Mar, Learn the technique of making sculptures of various models using snow.