Tuesday, 29 June 2021

Week 8 Term 2 2021

 Homework

  • Act 9A, p. 128-129, Angular Motion
  • Act 9B, p. 133-135, Torque - Angular Force
  • Act 9C, p. 128-129, Angular Momentum
  • Act 10A, p. 148, Simple Harmonic Motion (SHM)
  • Act 10B, p.153, Reference CIrcle
  • Act 10C, p. 158-160, SHM - displacement, velocity, acceleration
  • Act 10D, p. 164-165, Springs and Pendulums
  • Act 10E, p. 172, SHM Energy, Damped, Driven, Resonance

  • SHM & Energy


    Energy of Simple Harmonic Oscillators

    Damped SHM

    Damping of Simple Harmonic Motion

    Damped SHM & Resonance


    Damped SHM & Resonance

    Wednesday, 9 June 2021

    Week 6 Term 2 2021

     Homework



  • Act 9A, p. 128-129, Angular Motion
  • Act 9B, p. 133-135, Torque - Angular Force
  • Act 9C, p. 128-129, Angular Momentum
  • Act 10A, p. 148, Simple Harmonic Motion (SHM)
  • Act 10B, p.153, Reference CIrcle

  • Simple Harmonic Motion - SHM






    SHM

    Simple Harmonic Motion: Crash Course Physics

    Pendulum Wave Demonstration





    SHM & Energy


    Energy of Simple Harmonic Oscillators

    Damped SHM

    Damping of Simple Harmonic Motion

    Damped SHM & Resonance


    Damped SHM & Resonance

    Tuesday, 1 June 2021

     Homework



  • Act 9A, p. 128-129, Angular Motion
  • Act 9B, p. 133-135, Torque - Angular Force
  • Act 9C, p. 128-129, Angular Momentum


  • Radians

    Radian Measure is used so that we can easily calculate an arc length, d (m), given an angle, š›‰ (Rad) and the radius, r (m).

    d = rš›‰

    This in turn allows us to relate velocity, v (ms-1) to angular velocity ⍵ (rads-1), in the same way.

    v = r⍵, 

    also ⍵ = 2š…f

     This also allows us to relate acceleration, a (ms-2), to angular acceleration, Ī± (rads-2), in the same way.

    a = rĪ±

    The rotational kinematics work just like the translational kinematic equations when there is a constant acceleration.


    Rotational Kinematics Review

    Rotational Kinematics



    Rotational Kinematics Physics: Problems, Basic Introduction, Equations & Formulas



    Rotational Motion Physics, Basic Rotational Motion Physics: Introduction, 

    Angular Velocity & Tangential Acceleration




    Rotational Inertia



    Rotational Inertia

    Torque


    Angular Momentum

    Angular Momentum - Sixty Symbols

    Gyroscopic Precession



    Slow Motion Flipping Cat Physics



    Counter Steering Physics




    The Bizarre Behavior of Rotating Bodies, Explained


    Ellipzoids and the Bizarre Behavior of Rotating Bodies