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Physics Exam 2

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Mapa Mental sobre Physics Exam 2, criado por wshield em 23-10-2013.
wshield
Mapa Mental por wshield, atualizado more than 1 year ago
wshield
Criado por wshield mais de 12 anos atrás
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Resumo de Recurso

Physics Exam 2
  1. Circular Motion
    1. Acceleration is not constant
      1. analyzed in terms of accel and Forces
        1. Uniform circular motion
          1. Direction is always changing
            1. vector is always tangent to circle
              1. Period of motion
                1. T=2pi(r)/v
                2. centripetal acceleration
                  1. ac=v^2/r
                3. Force directed toward center of circle
                  1. Tbottom=m(v^2/r +g)
                    1. Ttop=m(v^2/r -g)
                    2. Gravitation
                      1. Fgrav=Mperson(g)=GMpersonMearth/r^2earth
                      2. Work and Energy
                        1. W=F(displacement)
                          1. Newtons x meter= Joule
                            1. Kinetic energy
                              1. 1/2mv^2
                              2. potential energy
                                1. W=mgh
                                  1. PEchange=PEfinal-PEinitial=-W
                                  2. mechanical energy
                                    1. sum of potential and kinetic energies
                                    2. Power
                                      1. Pave=W/t
                                    3. Momentum
                                      1. p=mv
                                      2. impulse
                                        1. F(change in t)=change in momentum
                                        2. collisions
                                          1. elastic
                                            1. energy conserved
                                            2. inelastic
                                              1. kinetic energy is lost
                                            3. Rotational Dynamics
                                              1. wf=wi+at
                                                1. theta(final)=theta)initial)+wt+1/2at^2
                                                  1. wf^2=wi^2+2a(thetaf-thetai)
                                                    1. theta=s/r
                                                      1. angular velocity
                                                        1. w ave= change in theta/change in t
                                                        2. linear and angular accelerations
                                                          1. at=ar

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