(Nuclear reactor) creates heat
Water heated to create pressurised steam (Boiler)
Pressurised steam released via turbine chamber (Steam Turbine) translating motion to turbine shaft.
Turbine shaft windings rotate inside magnets to generate electricity (Generator)
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Nuclear fuel (uranium) is not renewable. The plant itself has a life based on deterioration of important components, especially the main reactor pressure vessel. This is subject to intense neutron bombardment during operation, and at present can only be licensed (in the US) for up to 60 years. At the end of life it would have to be scrapped, so it is not renewable.
1. Electricity can cause pollution if it is generated by fossil fuels, or nuclear energy. It can affect animal life if it is generated by hydroelectric dams or tidal power. 2. Electric devices, circuits, conduits, and transmission lines present a shock hazard to people: those who use it, those who work with it, and those who provide it. Short circuits and sparks also present a fire hazard. 3. High voltage lines are thought to cause hazards to plants, animals and people who live near them, because they produce magnetic and EMF fields. 4. People who have become dependent solely on electricity may be unable to function without it in an emergency.
Chemically, a fire is made up of four components; the reaction itself, the fuel, oxygen, and heat. A fire cannot burn unless these four components are present in the correct proportions. The flame consists of a mixture of reacting gases and solids emitting visible and infrared light.
Switches, used mainly for situations such as sentry devices or outside lights. The generation of electricity by the photovoltaic cell when light is present.
It depends on the nature of the device acting as the resistor. All basic circuit components act as resistors. Resistors dissipate energy from the current in the form of heat. Capacitors store energy in a electric field. Inductors create a magnetic field.In practice in general, heat dissipation is present in most resistive devices (including circuit wires). So common, in fact, that we call it "internal resistance". But that is effectively how we use electricity: by resisting its flow.