Work-W=F.s.coso(orles)5=N.m=kg.m2.52I~A==b.h=WorkRotationofsatellite·Noworkbecause90tomotionS·DisplacementisneverzeroPower-P=W=$0.5=F.V.COSwork,energytandpowerarescalar(Watis)W=Kg.m2.53quantities.KineticenergyeEk==mv(30ules)mechanicalEnergy:EM=EK+EpGravitationalPotentialEnergy->Ep=mgshElasticPoicuialenergyeEp=kx2*NOnegativedirection,butloosesenergyIf(-)LawofconservationofEnergy-totalEnergyofclosedisolatedsystemisconstantassumingnounbalancedforcesWorkenergytheoremsEk+Ep+W=Ex+EpW:externalForcesEfficiency-Powerworkoutthependulum!0=E=1sI=-Fg----.d=+EgNotinequilibriumbecauseurcularmotion
Summary Topic 2.3: work, energy and power
IB physics HL one pager Study Guide. This study guide consists of work, energy and power; and it includes graphs, drawing and equations. This study guide and summary not only helped me to review and succeed in the IB physics HL test, but also was a huge advantage and great method to understand the topics through colorful notes.
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Work-W=F.s.coso(orles)5=N.m=kg.m2.52I~A==b.h=WorkRotationofsatellite·Noworkbecause90tomotionS·DisplacementisneverzeroPower-P=W=$0.5=F.V.COSwork,energytandpowerarescalar(Watis)W=Kg.m2.53quantities.KineticenergyeEk==mv(30ules)mechanicalEnergy:EM=EK+EpGravitationalPotentialEnergy->Ep=mgshElasticPoicuialenergyeEp=kx2*NOnegativedirection,butloosesenergyIf(-)LawofconservationofEnergy-totalEnergyofclosedisolatedsystemisconstantassumingnounbalancedforcesWorkenergytheoremsEk+Ep+W=Ex+EpW:externalForcesEfficiency-Powerworkoutthependulum!0=E=1sI=-Fg----.d=+EgNotinequilibriumbecauseurcularmotion
Escuela, estudio y materia
- Institución
- Senior / 12th grade
- Grado
- IB Physics HL
- Año escolar
- 4
Información del documento
- Subido en
- 30 de julio de 2023
- Número de páginas
- 1
- Escrito en
- 2022/2023
- Tipo
- Resumen
Temas
-
work
-
energy
-
power
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