Ratio Strength Calculations

[@PharmaceuticalCalculationsEasy]

Thank you so much for watching! Do you have any questions about ratio strength calculations? Please share them below. Also, are there other pharmaceutical calculations topics you like video tutorials made on? Mention topics in the comments as well.
Watch this video on how to solve ratio calculations next: ua-cam.com/video/Fv-M-_SNND4/v-deo.html

[@MindDietTV]

Thanks Dr , I would love video tutorials on renal dosage calculations and pharmacokinetics as well .

[@PharmaceuticalCalculationsEasy]

@@MindDietTV Thank you Olapeju for watching and for the comment. Your request has been noted and will be addressed.

[@ezzaddeenalshuaibi6679]

I have a question please!?
A certain injectable contains 2 mg of a drug per milliliter of
solution. What is the ratio strength ( w /v) of the solution?

[@charleneminiely7519]

You are a treasure! The way that you have broken down and explained the subject matter has been of tremendous help to me. My textbook does not explain this nearly as well as you have. I actually understand. Thank you!

[@PharmaceuticalCalculationsEasy]

Glad you found the video helpful Charlene. Thank you for watching and for the kind comment.

[@nicksix71]

Thank you so much for this explanation! "I once was lost, but now am found." Grateful!

[@PharmaceuticalCalculationsEasy]

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

[@shimaomer8913]

You are a fantastic instructor

[@emetitiri]

Thank you so much for your thorough descriptions. I agree with both comments from Charlene Miniely and Nick Bastian: so glad to now understand what I am doing!

[@s.c.360]

Great teacher.😊

[@PharmaceuticalCalculationsEasy]

Thank you S.C. for watching and for the kind words.

[@nawareltohami8252]

You saved my life.

[@PharmaceuticalCalculationsEasy]

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

[@lilywhite8123]

Thank you so much for your videos may God bless your work

[@PharmaceuticalCalculationsEasy]

Glad you found the video helpful Phyllis. Thank you for watching and for being a part of the pharmaceutical calculations community.

[@Taiyella]

OMG thank you! I appreciate you get straight to the point

[@PharmaceuticalCalculationsEasy]

Thank you for the kind comment Georgina and for being an active member of the pharmaceutical calculations community.

[@dorothydzimbiri4647]

Thanks so much for the video ☺️
It's has been helpful!!!

[@PharmaceuticalCalculationsEasy]

Glad you found the video helpful, Dorothy. Thank you for watching and for the comment.

[@shoaib456]

Thank you so much for your videos, this exactly the explanation I was looking for.

[@PharmaceuticalCalculationsEasy]

You are welcome. Thanks SK Khan for your comment and for watching.

[@nawras.m3563]

thank you so much 👏🏻💜

[@PharmaceuticalCalculationsEasy]

You're welcome 😊. Thank you Nawras M for watching and for the comment.

[@teketelatamo]

I needed some help and you nailed it

[@PharmaceuticalCalculationsEasy]

Thank you Tekk for your comment and for watching.

[@weronikaromanska3903]

Thank you so much !! This video was very helpful :)))

[@PharmaceuticalCalculationsEasy]

Glad you liked the video Weronika. Thank you for watching and for the comment.

[@agusta6587]

Hello Dr. Danquah, can you help with this problem? thanks. The proper concentration of benzalkonium to prevent bacterial contamination in an eye drop is 1:750. You have a stock solution of 17% benzalkonium chloride and a dropper that delivers 50 drops per ml. How many drops will you need for a 30 ml bottle of eye drops?

[@adebayoseun5149]

Did you ever get the solution? Pls share

[@latarshacarpenter8270]

if 3 oz of glycerin are dissolved in 23 fluid ounces of purified water, what is the percent strength (w/w) of glycerin in the resulting solution? Glycerin has a specific gravity of 1.25.

[@PharmaceuticalCalculationsEasy]

Thank you LaTarsha for watching and for the comment. Here is the solution to your question: bit.ly/33WxWWx .

[@latarshacarpenter8270]

@@PharmaceuticalCalculationsEasy Your help was on point!!! I'll be asking a whole lot more!!!

[@PharmaceuticalCalculationsEasy]

@@latarshacarpenter8270 Glad it helped. Thank you LaTarsha for being a part of the pharmaceutical calculations community.

[@issasvlogs7423]

How many grams of sodium fluoride should be added to 125,000 L of drinking water containing 0.6 ppm of sodium fluoride to provide a recommended concentration of 1.65ppm?

[@PharmaceuticalCalculationsEasy]

Thank you Elisa for watching and for the comment. Please see the solution to your question here: jo.my/mdlfpw.

[@Cr4]

Yor are the best

[@PharmaceuticalCalculationsEasy]

Glad you are liking the videos Mohammed. Thank you for watching and for the comment.

[@aeovct]

افتهمت شكرا

[@PharmaceuticalCalculationsEasy]

Thank you Olivia for watching and for the comment.

[@aeovct]

@@PharmaceuticalCalculationsEasy Sorry, I've learned a lot.

[@barasmyrrelm.1301]

Thank youuu!!!

[@PharmaceuticalCalculationsEasy]

You are welcome Myrrel. Thank you for watching and for the comment.

[@MunaadilpharmD]

thank you so much you can not image how this video help me

[@PharmaceuticalCalculationsEasy]

Thank you for watching and for the comment. Keep up the good work.

[@moh-zw1243]

Thanks.👏👏

[@samanthazermeno3897]

Hello could you help me

[@PharmaceuticalCalculationsEasy]

@@samanthazermeno3897 See the solution bit.ly/2GcuDB5 .

[@samanthazermeno3897]

Pharmaceutical Calculations thank you so much , truly appreciate you explaining step by step!

[@PharmaceuticalCalculationsEasy]

@@samanthazermeno3897 You are welcome Samantha. Keep up the good work.

[@Vivian-be5vp]

🎉❤

[@مجتبىيوسف-ك6ط]

فدوة لهل اكسنت

[@MelksTobi-x5h]

Nov 6, 2024