Viscosity and Turbulence

[@Fxhealth]

As a pre-medical student, I’ve loved these last two videos in particular, since they tie the lessons learned in physics to physiology so gracefully. I feel so lucky to live in a time where I can watch videos from fantastic educators like you for free. Please keep continuing your work Dr. Strong. I hope you realize how many you’re reaching with your content.

[@RidleyE]

Been an avid fan since I was a medical student in 2015. I still keep this videos in rotation as I become an hospitalist attending next year. Thanks for the knowledge and inspiration, Dr. Strong!

[@OwenMcKinley]

Your content is remarkably good; love being able to have these lectures in my pocket!!! Thank you

[@seragsalem2085]

Thank you so much for your efforts ... your channel is truely one of the best for physicians and med students.

[@AlienAngel543]

Thank you for this enlightening clip, Dr Eric.

[@Dranaskaram]

Thank you so much 🥰

[@fourstuff2085]

New vid. God bless.

[@coldwind8327]

Thank you doctor for this cv physiology videos. Can I use 1 or 2 screenshots from your video on my slide presentations for educational purposes? With reference, of course.

[@StrongMed]

Yep, that would be totally fine!

[@coldwind8327]

@@StrongMed Thank you!

[@andreac5152]

So more viscosity increases vascular resistance but at the same time decreases turbolence. What is the net effect of viscosity on blood pressure in real life?