How to Master MCAT Fluid Questions

In this episode, Mike and Molly breaks down everything you need to confidently tackle fluids on test day. From understanding pressure and density with relatable examples (like suitcases, watermelons, and sleeping on nails!) to mastering Bernoulli’s equation, Venturi effect, and fluid continuity, you'll finally grasp the intuitive logic behind fluid dynamics.

✅ In this episode, you’ll learn:

How to clearly define fluids, density, and pressure for MCAT-style questions.

Real-world applications of pressure and hydrostatic pressure (watermelons, nails, soda cans!)

Exactly how Bernoulli’s equation and the Venturi effect work—and how airplanes fly because of it.

The importance of fluid speed and pressure (continuity effect) to help you solve complex MCAT passages.

🎯 Practice Tip:

After watching, visit JackWestin.com, explore the AAMC outline, and practice applying these concepts directly to MCAT questions.

🔔 Next Episode: Circulation and Respiration—stay tuned for more MCAT mastery!

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