The animated images show various forms of energy. Below is a clarification of what they depict.

	Car 51 is a solar car that competed in the 1993 World Solar Challenge. The car is now being refitted by Year 12 students for their engineering studies. Energy: Solar Electric		One of Sydney Harbour's light houses. Once lit by fossil fuels, today most function using electricity from either the grid or adjacent solar arrays. Energy: Light		Paragliding is a sport that relies on the motion of a boat or vehicle and favourable winds. Staying aloft depends on manipulating cords. Energy: Kinetic		Wave motion is used today to create electricity and also desalinate sea water to drinkable water. Here two youths challenge the waves at a bay near Bondi. Energy: Kinetic
	Gears have allowed us to increase or decrease the amount of work we require without any additional energy from us. Here the gears of a bike are shown. Energy: Kinetic when moving - Chemical from rider's muscles		Vehicle being refuelled with hydrogen Energy: Motor - Chemical & Thermal during combustion. Motion of the vehicle Kinetic + some Thermal (friction between road, tyres & moving parts)		HPV - Pedal Prix A three wheeled vehicle that relies entirely on human power. Energy: Chemical gained from the food the rider has eaten. Motion is Kinetic		Archery relies on flexible materials. Pulling an arrow back and placing the bow under tension stores energy until it is released. Energy: Elastic Potential
	Formula SAE vehicles are down sized racing cars built and raced by tertiary students. Many of the cars have been adapted to run on bio fuels. Energy: Motor - Chemical Motion - Kinetic		Cranes lift objects. The higher the object the greater the potential energy. When lowering an object the potential becomes less and kinetic increases. Energy: Potential & Kinetic		Electrolysis is a chemical reaction where water, a compound is separated into the elements Hydrogen & Oxygen by electrical means. Energy: Chemical & Electrical		Engineering university students have to complete a research project. Here a large two wheeled vehicle that is propelled by an electric motor can carry one person. Energy: Electrical & Kinetic
	Solar Car Kelly runs entirely on electricity gained from its solar arrays over its top surface. Additional power is gained by regenerative braking. Energy: Motor - Electrical Motion - Kinetic		The rotation of a wind turbine enables two like magnetic poles to push themselves apart. The resultant rotation gives rise to an electrical charge. Energy: Motion - Kinetic - Electrical		HPV - Pedal Prix Cornering has to overcome the force that wants to continue in a straight line. Friction helps overcome this force. Energy: Motion - Kinetic Friction - Thermal		Batteries in series from a solar car. The batteries store electrical energy until needed. Energy: Electrical
	The Nissan Leaf runs on electricity. Recharging is shown here using a special connection found in the car's boot area. Energy: Motor - Electrical Motion is Kinetic		A small solar panel runs this toy car. Electricity from the panel goes directly to the motor to produce motion. Energy: Motor - Electrical Motion is Kinetic		Mitsubishi i-Miev was introduced to Australia in 2010. The car runs on batteries that need to be recharged from the grid. Power from the grid can vary. Energy: Motor - Electrical Motion - Kinetic		Planes use aviation fuel to create a force called Thrust. The process of refining the fuel is a chemical reaction. Energy: Engine - Chemical Motion - Kinetic Bi-product - Thermal
	Plants need moisture via their roots and carbon dioxide through their leaves in the presence of sunlight before photosynthesis can take place. Only then can a plant release oxygen. Energy: Chemical		Tele communication can rely on radio waves to send messages across a nation. Here a repeater tower boosts the radio signal. Energy: Sound		HPV - Space stations once in orbit rely on power from the sun. Here solar panels assist in producing electricity for use on board. Energy: Electrical		Hydro-electricity: running water moving past a turbine's blades causes the generation of electricity Energy: Motion - Kinetic Generation - Electrical
	A fire needs 3 conditions to exist. Fuel, oxygen & ignition temperature. What follows is a chemical reaction where heat is produced. Energy: Fire - Chemical Heat - Thermal		Plants gain energy from the act of photosynthesis. Animals benefit from this energy when they eat plants. Energy: Chemical		The earth's crust can display extreme weather conditions. Here plants grow in a desert while mountains in the background have snow and ice coverage. Extreme conditions can give rise to change without warning. Energy: Potential		Nuclear power can be fusion or fission. The resultant is the production of enormous heat which can turn water into steam that is used to rotate a turbine to make electricity. Energy: Thermal Motion - Kinetic
	The Jatropha plant is poisonous to animals but the nuts produce oil that when refined becomes a bio-fuel. Energy: Chemical		Sailing relies on favourable winds. Winds push sails forward to create motion. Energy: Kinetic		Cities are turning to solar power to serve their needs. Here a panel powers a parking meter Energy: Electrical		Tesla found that bringing a fluoro globe near an electrical charge the globe would light up even though it was not wired to an electrical source. Energy: Electrical