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MCAT Physics Pulse
🧠Fluids, Gases & Pressure Explained | MCAT Physics Pulse Ep. 3
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🧠Fluids, Gases & Pressure Explained | MCAT Physics Pulse Ep. 3

MCAT Essential Topic

Struggling with pressure equations or fluid dynamics? In Episode 3 of MCAT Physics Pulse, Dr. Teja V. Surapaneni, MD, breaks down the essential physics of fluids, gases, and pressure—just what you need to master for the MCAT.

In this episode:

  1. Key principles: Pascal’s Law, Archimedes’ Principle, Bernoulli’s Equation

  2. Ideal gas law and real gas behavior

  3. Buoyancy, pressure differentials, and flow rates

  4. MCAT-style examples and quick application tips

  5. Ace physics by understanding the forces you can’t see.

Subscribe for weekly MCAT physics guides and visuals.

#MCAT #Physics #FluidsAndGases #MCATPrep #PhysicsPulse #DrTejaSurapaneni #Pressure #Bernoulli #PascalLaw #MedicalSchoolPrep

🎙️ Hosted by Jennie & Dr. John Adams
🎧 Free audio — Study Guide & Visuals under paywall


In This Episode:
What do oxygen masks, IV drips, blood pressure, and alveoli have in common? Physics.

Join Jennie and Dr. John Adams as they unravel the fluid mechanics and gas laws that power everything from your heartbeat to your next breath. With their signature clarity and curiosity, the duo explores:

  • How density, specific gravity, and hydrostatic pressure relate to blood flow

  • Why Bernoulli’s Principle and Poiseuille’s Law matter in diagnosing and treating disease

  • What surface tension teaches us about infant respiratory distress

  • How gas laws explain real-world phenomena like altitude sickness

  • The Kinetic Molecular Theory, Dalton’s Law, and Van der Waals corrections

  • Applications of physics in ventilators, IV systems, ECMO, and more


🔍 MCAT Relevance

This episode is a goldmine of tested content for the MCAT. You’ll not only learn which equations to memorize (and why), but you’ll also understand how those equations connect to real clinical practice and MCAT passage analysis.


🧪 Topics Covered

  • Density & Specific Gravity

  • Buoyancy & Archimedes’ Principle

  • Pascal’s Law & Hydrostatic Pressure (P = ρgh)

  • Viscosity, Poiseuille’s Law, and Flow Rate

  • Bernoulli’s Principle & the Venturi Effect

  • Surface Tension & Surfactant Function

  • Dalton’s Law, Partial Pressures, and Lung Physiology

  • Ideal Gas Law vs Real Gases

  • Circulatory Pressure Differences: Arteries vs Veins

  • Gas Exchange in the Alveoli

  • Chemiosmosis & Pressure in Cellular Respiration


🔐 Premium Content for Subscribers

To go further, our paying members get exclusive access to:

  • 📝 Study Guide with MCAT-style quizzes and model answers

  • 📊 Slide Deck with illustrated diagrams and concept maps

Want in? Unlock all content for just $5/month or $50/year.


© MD Talk: Health and Fitness | MCAT Physics Pulse Podcast
Supporting your MCAT journey — one concept at a time.

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Fluids, Gases and Physics of Pressure

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