Paul Andersen explains how the continuity equation is an application of conservation of matter in a fluid. The continuity equation may apply to either mass or volumetric flow. Example problem and examples are included. [4:05]

In this video episode of Crash Course Physics, Shini is very excited to start talking about Fluids. You see, she's a Fluid Dynamicist and Mechanical Engineer, so fluids are really important to her. Actually, they're really important to...

Examines internal pressure within a liquid at depth. [9:55]

Introduction to the study of moving fluids. [10:00]

In this video lecture, learn how total energy of a fluid helps explain why fluids can move from low pressure to high pressure! [6:57]

Clarification of the problem in part 10

Using our understanding of fluid pressure to figure out the height of a column of mercury. [10:09]

Pascal's Principal as it relates to pressure. [10:13]

Second part of the example that uses Bernoulli's equation. [8:35]

Identify fluid and recognize the difference between liquids and gasses (both fluids). [9:47]

Second part of the Bernoulli's Equation proof. Beginning of a problem that uses the equation. [10:09]

Beginning of the proof of Bernoulli's Equation. [10:08]

Introduction to Archimedes' Principle and buoyant force. [8:42]

A couple of problems involving Archimedes' principle and buoyant forces. [9:42]

A video lecture completing an example of a Bernoulli's Equation exercise. [7:46]

The video lesson is from Khan Academy's physics library. Sal introduces the notion of moving fluids and laminar flow. Then he uses the incompressibility of a liquid to show that the volume flow rate (flux) must remain constant. Sal then...