The pressure applied to an enclosed… | Physics

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The pressure applied to an enclosed fluid to one end id transmitted equally throughout the fluid and to the container walls. This statement is

Archimede's principle

Bernoulli's principle

Pascal's principle Heisenberg's

Heisenberg's uncertainty principle

Answer Details

The statement mentioned in the question is related to Pascal's principle. Pascal's principle states that the pressure applied to an enclosed fluid in a container is transmitted equally throughout the fluid and to the container walls. This principle is based on the fact that fluids are incompressible, which means that they cannot be compressed or squeezed into a smaller volume. Therefore, any pressure applied to one end of the fluid is transmitted equally to all parts of the fluid and to the walls of the container. This principle is used in many applications, including hydraulic systems, where a small force applied to one end of a piston is transmitted to a larger force at the other end, allowing heavy loads to be lifted with ease.

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The pressure applied to an enclosed fluid to one end id transmitted equally throughout the fluid and to the container walls. This statement is

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