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Season 1983
In his first lecture of the series, Leonard Maunder explores the kinematics that make up the geometry of motion.
In his first lecture of the series, Leonard Maunder explores the kinematics that make up the geometry of motion.
How do Newton's laws apply to motion both familiar and strange, from bows and arrows to rockets and gyroscopes.
How do Newton's laws apply to motion both familiar and strange, from bows and arrows to rockets and gyroscopes.
We speak and hear by the vibrations of air as sound waves, but to engineers vibration can be dangerously destructive. As machines grow in size and power, their designers have to assess and counter their tendency to self-destruction.
We speak and hear by the vibrations of air as sound waves, but to engineers vibration can be dangerously destructive. As machines grow in size and power, their designers have to assess and counter their tendency to self-destruction.
In his fourth lecture, Leonard Maunder explores the various ways in which systems can be controlled by monitoring inputs and outputs and adding self regulation.
In his fourth lecture, Leonard Maunder explores the various ways in which systems can be controlled by monitoring inputs and outputs and adding self regulation.
How is our knowledge of fluid dynamics harnessed in setting machines in motion?
How is our knowledge of fluid dynamics harnessed in setting machines in motion?
How do animals move on land, sea and in the air, and we shall look in particular at how the understanding of human locomotion contributes to the growing and important subject of biomechanics.
How do animals move on land, sea and in the air, and we shall look in particular at how the understanding of human locomotion contributes to the growing and important subject of biomechanics.
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