Transcription of Work, Energy and Power formulas - VaxaSoftware
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Work, Energy and Power formulas - VaxaSoftware
Work, Energy and Power formulae of a constant force(Force is parallel to displacement)(Work of force of friction) cos xFW xFW xFWFRIC Kinetic energy2 21vmEK Gravitational potential Energy (Near a planet surface)hgmEP Gravitational potential energyrmMEP G Elastic potential energy2 21xkEP Mechanical (total) energyPKMEEE Mechanical Energy conservation0 ME (all forces are conservative)NCFMWE (there are non-conservative forces)Inelastic collisionvmmvmvmppAFTERBEFORE )( 212211 Elastic collision22112211'' vmvmvmvmppAFTERBEFORE AfterKBeforeKEE PowermummvFPtWP ; Unit conversions1 cal = J1 J = cal1 HP = 736 W (nevertheless there are many definitions)1 kW h = 106 UnitWWorkJEKK inetic energyJEPP otential energyJEMM echanical energyJFForceNx Displa
Work, Energy and Power formulae www.vaxasoftware.com Work of a constant force (Force is parallel to displacement) (Work of force of friction) W F x cos W F x W FFRIC x
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