PODCAST · education
Principles of Physics
by Dr David Hoxley
On completion of this unit, students will be able to solve problems in classical physics (mechanics, thermodynamics, waves and optics) which provide the basis for further study in physics, engineering or another science. They will be able to use the essential apparatus in a physics laboratory to take and analyse measurements, and understand the vocabulary and concepts of classical physics. The topics covered include linear and rotational kinematics and dynamics, geometric optics, thermodynamics, and simple harmonic motion.
Episodes
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Consolidation II
Dr David Hoxley (Physics, La Trobe University) gives the second part of the subject summary. Copyright 2012 David Hoxley / La Trobe University, all rights reserved. Contact for permissions.
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Consolidation I
Dr David Hoxley (Physics, La Trobe University) gives the first part of the subject summary. Copyright 2012 David Hoxley / La Trobe University, all rights reserved. Contact for permissions.
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Rotation: Concepts of Motion
Dr David Hoxley (Physics, La Trobe University) on rotation and concepts of motion. Copyright 2012 David Hoxley / La Trobe University, all rights reserved. Contact for permissions.
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Energy is not Momentum
Tom Kane (Physics, La Trobe University) on the differences between energy and momentum. Copyright 2012 David Hoxley / La Trobe University, all rights reserved. Contact for permissions.
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Work and Conservation of Energy
Dr David Hoxley (Physics, La Trobe University) on work and the conservation of energy. Copyright 2012 David Hoxley / La Trobe University, all rights reserved. Contact for permissions.
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Energy
Dr David Hoxley (Physics, La Trobe University) on the concept of energy. Copyright 2012 David Hoxley / La Trobe University, all rights reserved. Contact for permissions.
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Demonstrations with Calculations
Dr David Hoxley (Physics, La Trobe University) shows some demonstrations with calculations. Copyright 2012 David Hoxley / La Trobe University, all rights reserved. Contact for permissions.
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Conservation of Momentum
Tom Kane (Physics, La Trobe University) on the conservation of momentum. Copyright 2012 David Hoxley / La Trobe University, all rights reserved. Contact for permissions.
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Heat Engine Demonstration
Dr David Hoxley (Physics, La Trobe University) demonstrates a heat engine. Copyright 2012 David Hoxley / La Trobe University, all rights reserved. Contact for permissions.
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Impulse and Momentum
Dr David Hoxley (Physics, La Trobe University) on impulse and momentum. Copyright 2012 David Hoxley / La Trobe University, all rights reserved. Contact for permissions.
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Consolidation
Dr David Hoxley (Physics, La Trobe University) on consolidation. Copyright 2012 David Hoxley / La Trobe University, all rights reserved. Contact for permissions.
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Moment of Inertia
Dr David Hoxley (Physics, La Trobe University) demonstrates the moment of inertia. Copyright 2012 David Hoxley / La Trobe University, all rights reserved. Contact for permissions.
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Dynamics in a Plane
Dr David Hoxley (Physics, La Trobe University) on dynamics in a plane. Copyright 2012 David Hoxley / La Trobe University, all rights reserved. Contact for permissions.
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Newton III
Dr David Hoxley (Physics, La Trobe University) on Newton III. Copyright 2012 David Hoxley / La Trobe University, all rights reserved. Contact for permissions.
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Dynamics Along a Line
Dr David Hoxley (Physics, La Trobe University) on dynamics along a line. Copyright 2012 David Hoxley / La Trobe University, all rights reserved. Contact for permissions.
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Force and Motion
Dr David Hoxley (Physics, La Trobe University) on force and motion. Copyright 2012 David Hoxley / La Trobe University, all rights reserved. Contact for permissions.
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2D Kinematics
Dr David Hoxley (Physics, La Trobe University) on 2D kinematics. Copyright 2012 David Hoxley / La Trobe University, all rights reserved. Contact for permissions.
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Vectors and Co-ordinate Systems
Dr David Hoxley (Physics, La Trobe University) on vectors and co-ordinate systems. Copyright 2012 David Hoxley / La Trobe University, all rights reserved. Contact for permissions.
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1D Kinematics
Dr David Hoxley (Physics, La Trobe University) on 1D Kinematics. Copyright 2012 David Hoxley / La Trobe University, all rights reserved. Contact for permissions.
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ABOUT THIS SHOW
On completion of this unit, students will be able to solve problems in classical physics (mechanics, thermodynamics, waves and optics) which provide the basis for further study in physics, engineering or another science. They will be able to use the essential apparatus in a physics laboratory to take and analyse measurements, and understand the vocabulary and concepts of classical physics. The topics covered include linear and rotational kinematics and dynamics, geometric optics, thermodynamics, and simple harmonic motion.
HOSTED BY
Dr David Hoxley
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