SIMPLE HARMONIC MOTION

Descripción

(Simple Harmonic Oscillation) PHYSICS 2 Mapa Mental sobre SIMPLE HARMONIC MOTION, creado por emptyastea el 07/07/2013.
emptyastea
Mapa Mental por emptyastea, actualizado hace más de 1 año
emptyastea
Creado por emptyastea hace alrededor de 11 años
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Resumen del Recurso

SIMPLE HARMONIC MOTION
  1. restoring force is directly proportional to displacement from equi. point

    Nota:

    • F= -kx a= -w^2x 

    Adjunto:

    1. requirements
      1. mass
        1. linear restoring force
        2. characteristic
          1. periodic
            1. same frequency
              1. oscillation - same oscillation
                1. linear restoring force
                2. oscillation loaded spring
                  1. parameters
                    1. displcacement (x)
                      1. amplitude (A)
                        1. period (T)
                          1. frequency (f)
                            1. angular frequency (w)
                              1. phase angle (@)
                              2. kinematics
                                1. displcacement
                                  1. x= A cos @= x[max] cos wt
                                    1. A=x[max]
                                      1. @=wt
                                      2. at x-axis
                                        1. @=wt, w is constant. t is independent (outside the circle)
                                          1. Enter text here
                                          2. velocity
                                            1. -Aw sin wt
                                              1. because the velocity is moving to the left, it have -(ve) sign

                                                Adjunto:

                                                1. we use sin bcoz the @ is on the P point, not Q
                                              2. acceleration
                                                1. do not fixed with time
                                                  1. a=-xw^2, x is displacement
                                                    1. have max acceleration at max -,+(x)
                                                    2. w (angular speed) = the number of radian it move through per second
                                                      1. 2(pai)f, f-is constant in 1 frequency for 1 cycle
                                                        1. 2(Pai)f=2pai/T
                                                      2. system
                                                        1. oscilaltion spring
                                                          1. pendulum
                                                          2. damping, forcing & resonance
                                                            1. damping
                                                              1. forced oscilation & resonance
                                                                1. self-excited vibration
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