In this video, I work through five example problems using the Bernoulli Equation as part of an undergraduate fluid mechanics course. The focus is on applying the equation step-by-step to typical engineering problems while building intuition for how pressure, velocity, and elevation interact in fluid flow.
I solve several representative problems that show how to properly set up the Bernoulli Equation, identify the relevant terms, and avoid common mistakes when analyzing fluid systems. Along the way, I discuss the assumptions behind Bernoulli’s Equation, how to interpret each term physically, and how these ideas appear in standard fluid mechanics problems.
This video is part of a larger Fluid Mechanics playlist, making it useful for exam review, homework help, or reinforcing key concepts from an undergraduate mechanical engineering fluids course.
00:00 : Introduction
00:20 : Example 1
06:00 : Example 2
18:44 : Example 3
26:01 : Example 4
34:45 : Example 5
