In electricity generation‚ an electric generator is a device that converts mechanical energy to electrical energy. A generator forces electrons in the windings to flow through the external electrical circuit. It is somewhat analogous to a water pump‚ which creates a flow of water but does not create the water inside. The source of mechanical energy may be a reciprocating or turbine steam engine‚ water falling through a turbine or waterwheel‚ an internal combustion engine‚ a wind turbine‚ a hand crank
Premium Electrical generator Faraday's law of induction Electromagnetism
first applications of electricity was the first incandescent light bulb in around 1870. The electric overhaul of society obviously brought many fresh new dangers with it‚ but it eliminated some of the old ones‚ like the naked flames of gas lighting that was commonly used in homes and factories then. The Joule heating effect that can be found in light bulbs is also present in electric heating. Electric heating has been thought of as wasteful in the past because in order to create that heat energy
Premium Electric charge Electricity Incandescent light bulb
MANAGER A product manager‚ in my point of view deals with all aspects of marketing and planning to forecast of the product. The manager is in charge of developing product marketing and product design‚ the factors defining said product and handles all analysis of the market conditions and. MARKETING MANAGER A marketing manager handles all aspects involved with the marketing techniques of the product‚ defines the market served‚ analyses the competitive market‚ sets product prices‚ promotes and advertises
Premium Africa Marketing Product management
Marketing Planning in a Global Environment Group Assignment No: 1 Topic: What is the purpose of a Political‚ Economic‚ Social and Technical (PEST) environmental analysis for companies in relation to their global (marketing) strategy? Present a PEST analysis for ONE of the following four companies: the computer chip manufacturer Intel the train operator Scotrail the food etc. retailer Tesco the book shop retailer John Smiths {draw:frame} Group Members:
Premium Tesco Inflation Pakistan
Electric Shock Anyone What Is This Module About? Nowadays‚ electrical appliances are commonly seen in every household. In your home‚ you probably have a television set‚ a radio‚ a karaoke player‚ a VCD player and other electrical appliances. But have you ever wondered how these appliances work? All of these need electricity to work. In this module‚ you will be introduced to the basic concepts of electricity. You will also learn about its uses. After going through the module‚ you should be able
Premium Electric charge Electric current Electricity
1 ELECTRIC MOTORS I. Introduction Electric motors are considered to be important mechanical devices. They usually convert the electrical energy coming from the mechanical device into its kinetic energy to make it work (Petingco and Resurreccion‚ 2011). In this exercise‚ the students were tasked to use an example of an electric motor‚ identify its parts‚ and make it work. All electrical motors are equipped with stator and rotor. Stator is known as the stationary part of an electric motor
Premium Electric motor
I. Physical Features Electric eels are not really eels‚ they are actually ostariophysians‚ but have a strong physical resemblance to true eels. . An electric eel is mostly tail. The internal organs are compressed into the anterior (front) 1/5th of the body‚ and the rest of the fish consists of the long‚ electricity-producing tail. The tail contains the electric organs: Sachs’ organ‚ Hunter’s organ‚ and main organ. Extending down the entire tail region is an elongated anal fin. There are no dorsal
Premium Electricity Electric charge Electromagnetism
Overview of Automotive Industry Analysis The development of the automobile came from many different people from different countries. The development stated in 1769 in France‚ with the invention of a three-wheeler that was powered by steam (Gale‚ 2003). Then in 1800’s the first internal combustion engine was created in Belgian and the first gasoline powered vehicle was constructed in 1885 in Germany (Gale‚ 2003). Henry Ford built the first car in 1896 (Gale‚ 2003). He then revolutionized the industry
Premium General Motors Automotive industry
uniform E + + + + + + electric U = Fy = q0Ey a F=Eq0 E Wab = Fd = q0Ed d b ya yb ‒ ‒ ‒ ‒ ‒ ‒ = ‒ ΔU = ‒ (Ub ‒ Ua) F does positive work‚ U decreases positive charge moving in the opposite direction of uniform E + + + + + + electric U = Fy = q0Ey b Wab = Fd = q0Ed d E yb a ya F=Eq0 ‒ ‒ ‒ ‒ = ‒ ΔU = ‒ (Ub ‒ Ua) ‒ ‒ F does negative work‚ U increases negative charge moving in the direction of uniform E + + + + + + electric F=Eq0 U = Fy = q0Ey a Wab
Premium Potential energy Electric charge Force
NOTE: This paper explains the theory and uses of the electric generator‚ and explains the differences between AC and DC generators. It also includes a glossary and a bibliography. --------------------------------------------------- ELECTRIC GENERATORS In its most basic definition‚ an electric generator is a machine that produces electricity. Generators produce almost all of the electricity used by people. They supply the electric power that runs machines in factories‚ provide lighting‚ and operate
Free Electrical generator Electricity Electromagnetism