Kinematics (Vector)ΒΆ

Vector subset of kinematic laws.

Contents:

  • Absolute velocity of arbitrary motion
    • absolute_velocity_law()
    • relative_velocity_law()
    • transfer_velocity_law()
  • Acceleration due to non-uniform rotation
    • non_uniform_rotation_acceleration_law()
  • Acceleration is normal plus tangential acceleration
    • acceleration_law()
    • normal_acceleration_law()
    • tangential_acceleration_law()
  • Acceleration of transfer between relative frames
    • transfer_acceleration_law()
    • moving_frame_acceleration_law()
    • centripetal_acceleration_law()
    • rotation_acceleration_law()
  • Center of mass for a system of particles
    • center_of_mass_law()
  • Centrifugal acceleration via centripetal acceleration
    • centrifugal_law()
    • centripetal_law()
  • Centripetal acceleration via cross product
    • centripetal_acceleration_law()
  • Centripetal acceleration via vector rejection
    • centripetal_acceleration_law()
  • Coriolis acceleration
    • coriolis_acceleration_law()
  • Linear displacement is angular displacement cross radius
    • displacement_law()
  • Velocity relative to reference frame
    • relative_velocity_law()
    • relative_position_law()

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      • Kinematics (Vector)
        • Absolute velocity of arbitrary motion
        • Acceleration due to non-uniform rotation
        • Acceleration is normal plus tangential acceleration
        • Acceleration of transfer between relative frames
        • Center of mass for a system of particles
        • Centrifugal acceleration via centripetal acceleration
        • Centripetal acceleration via cross product
        • Centripetal acceleration via vector rejection
        • Coriolis acceleration
        • Linear displacement is angular displacement cross radius
        • Velocity relative to reference frame
      • Angular momentum is rotational inertia times angular speed
      • Angular position is arc length over radius
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      • Centripetal acceleration via angular speed and radius
      • Centripetal acceleration via linear speed and radius
      • Classical addition of velocities
      • Displacement in simple harmonic motion
      • Position via constant acceleration and time
      • Position via constant speed and time
      • Speed via angular speed and radius
      • Speed via constant acceleration and time
      • Tangential acceleration via angular acceleration and radius
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Related Topics

  • Documentation overview
    • Laws
      • Kinematics
        • Previous: Rotational inertia of a particle
        • Next: Absolute velocity of arbitrary motion
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