Ventilation Dynamics Part 6: Flow Rate (V) , Tidal Volume (VT) and Inspiratory Time (Ti)

[@stephaniejohnson3957]

OH MY GOODNESS!!! The lightbulb just came on! Thank you!

[@GeorgeORRT]

Nice!

[@peggysnyder1577]

Thank You! Well explained! Gave me different ways to look at Flow Rate, I Time, and VT, and how they affect each other. :)

[@kseniiachurilova9112]

Amazing explanation! Got all my questions explained! Thanks a lot!!!

[@АнараАжикеева-ф1и]

Thank you very much! You are the best teacher ad guru!

[@joditrue3912]

I've been struggling with the Vt, Ti, V relationship and the car analogy really helped. Thank you.

[@rajvindersingh7518]

Brilliantly explained by George ….

[@tomcruise9317]

So if flow increase insp time decrease.....i.e this less time is enough to take 500ml tv ......normal pt .5 lit tv and inspirator time is 2sec so the .flowe anound me is .25lit per sec crt sir

[@elfoo8663]

You helped me alot today sir. Thanks a bunch.

[@anbudev1689]

It's very easy to understand . Thanks a lot.

[@АнараАжикеева-ф1и]

Thank you very much 🙏

[@zamokuhlesikwambane3026]

Thank u it was well explained and amazing

[@hilliarysylvestre3580]

Excellent example

[@vishnunarayanan5040]

Nicely explained…How do we calculate PEFR and PIFR.?

[@chethanningappa]

how do I know the flow rate of the patient??

[@cgags2091]

You are a lifesaver

[@GeorgeORRT]

Thanks, Glad I could help

[@sinclair657]

Thank you

[@chethanningappa]

@12:26 if Inspiration time tidal volume decrease then flow decress = V= (0.5/0.1)*(60)= 30lpm, (V= 0.5/0.2)*60= 15 LPM. please confirm

[@adeemsalman2048]

dear dr.... other simple way for calculation Ti=0.06XVt(ml)/FLOW(liter/min)..
also from same equation FLOW(liter/min)= 0.06Vt(ml)/Ti .
0.06Vt=FLOW(liter/min) X Ti.
very simple mathematics....
YOUR EXAMPLE FOR FLOW, SEE BLOW
flow = volume /time example for that ..as you pour out water in to a mug ,, the more flow the shorter time, and the shorter the time the more volume. THANKS.

[@charlesmoteopeny8733]

good explanation

[@surajchandrakar4398]

Thank you sir

[@tejashvaishnav]

Very like sir ,
Thanks

[@beckybarnett2066]

Thank you!

[@GeorgeORRT]

Thank you

[@muhammadimamrafi5288]

Sorry sir, how to calculate the VT of patient? 'cause we can't consider the VT of patient is always 0,5 L. But, thank you for your video

[@GeorgeORRT]

That was just an example. We can only estimate the Vt of the patient at the bedside and that is based on their ideal body wt.

[@BGG137]

Thanku sir

[@hu77ein]

اكو عرب بلطيارة

[@АнараАжикеева-ф1и]

Thank you very much ❤

[@nargizsafarova9989]

thank you.