Pressure in fluids at rest
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How pressure results from freedom of molecular motion in fluids and is related to depth and denisity. Explains buoyance. Archimedes' principle, and Pascal's law. Includes animation, models and underwater photograph., Uses animation, models, and underwater photography to explain the factors that cause the fluid pressure, to show the relationship of pressure in a fluid to depth and density, and to demonstrate the reaction of pressure in fluids. Explains the principle of buoyancy and Archimedes' law; illustrates Pascal's law with closed systems in terms of transmission and multiplication of forces. Collaborator, James H. Kraakevik.
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How pressure results from freedom of molecular motion in fluids and is related to depth and denisity. Explains buoyance. Archimedes' principle, and Pascal's law. Includes animation, models and underwater photograph., Uses animation, models, and underwater photography to explain the factors that cause the fluid pressure, to show the relationship of pressure in a fluid to depth and density, and to demonstrate the reaction of pressure in fluids. Explains the principle of buoyancy and Archimedes' law; illustrates Pascal's law with closed systems in terms of transmission and multiplication of forces. Collaborator, James H. Kraakevik.NOTE: Two (or more) records have been merged together to create this data.
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