Poiseuille's Law + What is Laminar and Turbulent Flow? | MCAT

[@medcatmcat]

While not everything on the MCAT will be clinically relevant, Poiseuille's law will show up again and again-especially in your Cardiology block in medical school! This is a great one for your long-term tool box.

[@ClaireSamuelsVA]

Your channel is so highly underrated!! Thank you for posting such quality content

[@medcatmcat]

Thank you so much! I really appreciate it!

[@futuredoc7303]

Your videos are amazing, I can't believe you aren't more famous yet! KZbin algorithm is actually doing a disservice to premed students if it's not recommending you enough, since you are SO helpful. Please know I am very grateful for your channel.

[@medcatmcat]

Wow, thank you! Hitting the like button and sharing with others is the #1 way to help the channel out!

[@futuredoc7303]

I will definitely do that, you are a God-send!

[@SP-jz5dv]

First, thank you for all of these videos you've made! Quick question: you mentioned when solving your example problem that pressure must drop in order to compensate for an increase in radius, but isn't the opposite true? If radius increases -> area increases -> therefore velocity must drop in order to maintain constant flow (according to the continuity equation). Also, since velocity drops -> pressure must also rise in order to make sure that we follow conservation of energy (Venturi effect - also explained through Bernoulli's Equation -> KE drops, therefore, Pressure rises (height won't spontaneously change)). Maybe this isn't such a quick question actually.

[@angelcakeqtice2001]

thanks for the straightforward videos!

[@medcatmcat]

You're very welcome! Feel free to leave any questions, related or unrelated to the video!

[@ssenyangeraymod2047]

Gud

[@medcatmcat]

Thanks!