Text Content

  • Section 10.1 of the Openstax text introduces the idea of angular acceleration. Section 10.2 covers the subject of Rotational Kinematics Website Link **
  • Hyperphysics covers basic rotational quantities, angular velocity, description of rotation, and rotational kinematics equations, Website Link **
  • This website provides another overview of rotational kinematics with example problems to introduce varaibles, Website Link **
  • The Physics Classroom covers the subject of Centripetal Acceleration(caused by the centripetal force of course), Website Link **
  • More circular motion from Hyperphysics, Website Link
  • More on variables, Website Link
  • Lecture slides, Offsite PDF Link
  • textbook like thing, Offsite PDF Link
  • Mega link with some good slides and lecture videos, Offsite PDF Link
  • more lecture slides, Offsite PDF Link
  • I think this is for engineering because it starts with kinematics and stretches all the way to rotational energy of rigid bodies, but I thought this was the best spot for it, Offsite PDF Link
  • Kinda long lecture slides but pretty good, Offsite PDF Link
  • Pretty simple cheat sheet, Website Link, Follow up too, Website Link
  • Lecture Slides, Offsite PDF Link
  • Probably outside the thread with rot energy and stuff, Offsite PDF Link
  • A little heavy. Has variables and equations, Website Link
  • Awkward but its something, Website Link
  • Also heavy but has a well rounded approach. Some rigid body stuff that may be outside the scope of class, Offsite PDF Link
  • rotational kinematics stuff, Website Link
  • Has some great pictures of how a_n and a_t both make up the net acceleration of a rotating object, Offsite PDF Link
  • PPT slides download but very good. Has table of linear kin. vs. rot kin, Powerpoint Link
  • Most likely way too difficult for this class but it definitely connects linear with rot, Website Link
  • quick table detailing the basic kinematic and mechanic equations for linear vs rot, Website Link
  • Boston Univserity slides, Offsite PDF Link
  • Rotastional Kinematics, Website Link
  • Radial vs Tangential Acceleration: Website Link
  • Rotational kinematics - Website Link

Video Content

Other/Miscellaneous

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