I’m a SRNA student, just began clinicals. Question: say I want to calculate the percentage of oxygen the patient is receiving (Fi02). Would I just divide 100 (the percentage of oxygen) by 3 (the liters of flow) in this scenario?
Hello! Super video this is! But I can't get an idea why we need to calculate a TOTAL MAC....Why is this important? Could anyone help me to understand? Thanks
Your values are wrong. Sevo MAC is in fact 2%. However Desflurane is 5.8%, Isoflurane is 1.1% and N2O is 104%. You can’t have a MAC of 1.0 using only N2O because the MAC value for N2O is greater than 100%.
This was great! I’ve watched so many videos trying to understand and yours was the only one that clicked. Thank you!
The only explanation that made sense to me! Thank you
Thankyou .from Pakistan.Great help
which book you refer for this calculation, kind request please share the the book name
This video is so helpful, thank you.
I’m a SRNA student, just began clinicals. Question: say I want to calculate the percentage of oxygen the patient is receiving (Fi02). Would I just divide 100 (the percentage of oxygen) by 3 (the liters of flow) in this scenario?
The only video that helped me understand it
How do you do the math/account for the 6% decrease for each decade of life?
Very helpful! Thank you!!
Please i dont understand
this is what i was looking for ! life saving tq so much
Clear and easy to understand.
Hello! Super video this is! But I can't get an idea why we need to calculate a TOTAL MAC....Why is this important? Could anyone help me to understand? Thanks
Thank you so much, this is awesome for finals :)
Ur awesome,
thank you sir for the explanation. very helpful
well done, thanks for taking the time
Very nice!
Thank you very much!
Thank you !
It’s help thank you
Thank you Sir
👍🏾❤️
Your values are wrong.
Sevo MAC is in fact 2%. However Desflurane is 5.8%, Isoflurane is 1.1% and N2O is 104%. You can’t have a MAC of 1.0 using only N2O because the MAC value for N2O is greater than 100%.
Thank you!