Osmolarity

[@matthewzahalka9607]

Fantastic explanation. I was searching and searching, and came across your video. Very detailed and exceptionally well explained! Thank you!

[@PharmaceuticalCalculationsEasy]

+Matthew Zahalka Thanks for the feedback. Great to know the video tutorial helped. You may also use the additional practice questions on www.rxcalculations.com/osmolarity-calculations-quiz/. Also, let me know if there are any other topics you like covered.

[@MrPraneeth999]

+Pharmaceutical Calculations: very helpful video. thank you

[@obaayaa84]

GOD bless you so much! Your videos have saved me! So detailed and easy to understand. You are such a precious gem. I now am better at pharmaceutical calculations because I use your videos to study and I can finally say, I understand stuff! I downloaded your app and I also go to your website and they all have been a life saver! Really, GOD bless sir!

[@PharmaceuticalCalculationsEasy]

Thanks Dinah for your kind words. All the best in your endeavors.

[@kanishkadissanayake567]

Im following ur session before my pharmacist calculation lecture ..its very useful .thank you very much sir.

[@PharmaceuticalCalculationsEasy]

Thank you Kanishka for watching and for the comment. Welcome to the pharmaceutical calculations community.

[@lulundikumana4942]

Hi Dr Danquah is it possible to get your email address

[@obaapapapabi3015]

Thanks for explaining it better than my professor did. I like all your videos Dr. Danquah. Onyame nhyira wo.

[@PharmaceuticalCalculationsEasy]

Thank you @obaapapapabi3015 for watching and for the kind words.

[@Kimikoramirez]

Thank you for the easy to understand explanation. I had been struggling with this particular topic and your video helped me a lot.

[@PharmaceuticalCalculationsEasy]

Glad you found the video helpful Star Fire. Thank you for watching and for the comment.

[@shian304]

You are a life saver thank you so much

[@PharmaceuticalCalculationsEasy]

Thank you @shian304 for watching and for the kind comment.

[@chemistryconceptsquest-jar3961]

Again thanks a lot for a simple and detailed explanation of milliosmoles & osmolarity. And after watching mEq video and this, I could make the difference between them.

[@PharmaceuticalCalculationsEasy]

Thank you once again for watching and for sharing the comment.

[@mohammedfarrag1]

Excellent explanation as always Deeply thankful for your time and effort in these video , you made my study really smooth and saved me a lot of time Hope the best always

[@jefersongueiros7414]

congratulations on the work presented here ...

[@PharmaceuticalCalculationsEasy]

Thank you very much Jeferson! Your comments are highly appreciated. Thanks for watching and supporting the channel.

[@tumisomosehla3990]

Thank you so much the video really helped a lot

[@PharmaceuticalCalculationsEasy]

Glad you found the video helpful. Thank you Tumiso for watching and for the comment. Welcome to the pharmaceutical calculations community.

[@maeganyap5356]

May I ask, the last question with the percentage is looking for the osmolarity and not osmolality right?

[@PharmaceuticalCalculationsEasy]

That is correct Maegan. There is a typo in the question. The question is asking for osmolarity and not osmolality. Thank you for watching and for the comment.

[@justliv8592]

omgee this is so helpful! i finally understand the topic!

[@abccba9483]

in the formula the mass is supposed to be in mg or g? because in your other videos it is shown as g of substance/ MW * No of particles *1000

[@sylviakazi5629]

exactly.... doesn't make a sence

[@bradenjamora]

Might be late but I believe he used mg in the weight of the substance because he was solving for milliosmols, instead of just regular osmols. If using just grams, osmols would be found, but if using MILLI-grams, then MILLI-osmols would be calculated.

[@piripipipex]

I love you!. Thank you very much from chile.

[@PharmaceuticalCalculationsEasy]

Thank you Felipe for your comment and thanks for watching.

[@mahmooddr]

I have a question i hope you will have the time to answer. there are many substances that are measured in mmol/L, if we add them up then the plasma osmolarity would be more than 300 mosmol. I know there is such a thing as effective & total osmotic pressure. Can you explain in details please? Thanks!

[@AngieAPoku]

Thank you for the video

[@PharmaceuticalCalculationsEasy]

Thanks for watching and for the comment.

[@defiantlypinki1107]

God, bless you!

[@olapejuojo4317]

Yay, I found it

[@PharmaceuticalCalculationsEasy]

Glad you found the video you were looking for. Here is a link to a playlist that has some additional videos on osmolarity calculations (kzbin.info/www/bejne/epuQm2CBhc57pNk). Hope this helps.

[@jlin8681]

perfect