MCAT Physics: Bernoulli's Equation & Conservation of Energy Equation

[@JaceMerrell]

Thank you!

[@bremmethod]

You're welcome!

[@musicmediaoutlets123]

Just took the MCAT today, I would say everything the on the section bank and little details were tested. Mostly absorbance. I did not see any usual topics like lens, fluids, circuits, forces. It was pretty odd. Also no pathways. Mass spec and IR stuff for unusual groups not high yield at all. It def was tough. Hopefully I get my score average of 513

[@Kencan254]

Thanks . It's very enlightening. You got this.

[@bremmethod]

Congratulations!!! And thank you so much for the report!

[@chiadchiadi4733]

Could you explain what you mean by section bank?

[@musicmediaoutlets123]

@@chiadchiadi4733 section banks are made by the AAMC and these are just harder questions compared to the regular question packs. The exam is now being tested like those in the section bank. I can say my entire exam was just like the section banks and AAMC FL 4 and 5

[@SharingTipsMI]

thank you for the simplifying this concept so well! can you please make a video on identifying chiral and stereocents on E and Z configurations on large compounds?

[@bremmethod]

I'll add it to the list of videos to make!

[@AngelaTang9]

So in the second equation, Fbouy is less than Fg so it isn't in equilibrium?

[@adamgarispe9701]

Thank you for the lecture! I think Pitot tube problems are where this concept gets a bit difficult for me personally

[@bremmethod]

For sure, those problems combine Bernoulli's Law, the Continuity Equation, and the Venturi Effect for an overall understanding of fluid moving with the flow or perpendicular to the flow! I'm planning on making a follow up video including these concepts, but the quick answer is that in sections with a bigger cross sectional area, you'll have a bigger component of hydrostatic pressure (pushing on the vessel wall), meaning more fluid will move perpendicularly into a pitot tube compared to a section with a smaller cross sectional area. The smaller section will have proportionally smaller hydrostatic pressure, and greater forward flow. Hope this helps!