Thank you very much. Your video tutorial is easy to comprehend. Please I have a question, I would be glad if you could help me. Produce 500mL 10% dextrose in 0.9% NaCl. Available components are ; 250mL 50% dextrose 500mL normal saline 500mL 5% dextrose 2 bottles of 3% NaCl (30mL)
Thank u very much sir. In the aspect of arrangement of the concentrations you arranged the higher concentrations for the first question and the last question you arranged the second higher concentration to the lower concentration which makes the answers differ, I wanted to know if it is correct to do it at any arrangement
Why is the proportion included for the 50 % solution in the final ratio when the mixture of the 70% and 20% already achieves the 30% of the desired mixture
Thank you @realstory1819 for watching and for the comment. Here is a link to a video we made in response to your request: ruclips.net/video/tyIeXwhgQqE/видео.htmlsi=ABiwYkTtEt5dxS8I. Hope you like it and share it.
thanks so much for this video. Please I have a question from the last calculation does that mean that the numbers are arranged in order of the highest first? like how you arranged the 95 70 60? not that the 70 was meant to be btwn the 60 and 50?
Thank you Adura for watching and for the comment. Regarding your question, the desired concentration must always be between the closest higher concentration and the closest lower concentration. So if our desired concentration was 55% instead of 70%, then the 55% is between the 60% and the 50%. Hence, we will arrange it as 95 60 55 50. Hope this helps. Keep up the good work.
On the first example for three components, how did you decide that the difference of 50- 30 and 70-30 is to be added? Why couldn't other differences be added instead? I'm confused on this part.
Thank you Jaztyne for watching and for the comment. To determine the number of parts of the 20% solution, you subtract the desired concentration (30%) from the higher concentration. In this question, there are two higher concentrations. So, we subtract the 30% from the 50% and the 70% and then we add them to determine the number of parts of the 20% solution. An important rule regarding the alligation method is that the desired concentration must always be between the higher concentration and the lower concentration. That is why we have the 50, 30, 20 combination and the 70, 30, 20 combination. Hope this helps.
Glad you found the video helpful Ross. Whenever you are altering the concentration of a product, the desired concentration must always be between the concentration of the components you are mixing. Hence, at least one component must have a higher concentration than the desired concentration and at least one component must have a lower concentration. If it appears from a question that the desired the concentration is lower than the lowest given concentration then it is likely that there is another component usually a diluent (e.g., water) which has a concentration of zero. Hope this helps. Let me know if you need more clarification. Thank you for watching and for the comment.
This explanation is really helpful and necessary! Thank you very much!
Thank you! This made it very clear for me finally. I am struggling with the math for my CPhT test and this is a lifesaver. Kind Regards
Thank you Stikle for watching and for the comment. Keep up the good work.
I can’t stop subscribing. Thank you so much sir 😊
Solid! Informative!
Thank you for watching. Appreciate the kind comment.
My lecturer just read the answer to this type of calculation, without explaining what happens in that calculation so I had to look this up. Thanks.
Glad you found the video helpful Furret. Thank you for watching and for the comment. Welcome to the Pharmaceutical Calculations community.
Again excellent Dr Dangua
Following pharmaceutical calculations with you, 👍👍👍👍💚
Thank you for the kind comment Ahmad. Keep up the good work.
Excellent explanation , Really appreciate your time and effort
Keep up the great work
Thanks :)
Thank you Mohammed for watching and for the comment. Welcome to the Pharmaceutical Calculations community.
Thanks very helpful. Pharm.🎉
Thank you, this is so explanatory
So glad you found it helpful, @safiyyah.o3602! Thanks for watching and for your kind comment. 🌟
What a lesson!!!! Thank you sir
Glad you found the video helpful, REAL MADRID. Thank you for watching and for the comment.
Thank you so much!! I actually understand this now!
You are welcome. Thank you Tammy for watching and for the comment.
thank you so much u saved me i was desperate to understand this
Glad you found the video helpful Rana. Thank you for watching and for the comment.
The best tutorial !!!
Thank you Chiad for the kind comment. Much appreciated.
7:14 literally was confused and u made it clear
Glad the video was helpful. Thank you for watching and for the comment.
so many tnx to you, calc is becoming a fun for me by your videos :)
Glad you are enjoying calculations Elmira. Thank you for being an active part of the pharmaceutical calculations community. Happy studying.
Thank you very much. Your video tutorial is easy to comprehend.
Please I have a question, I would be glad if you could help me.
Produce 500mL 10% dextrose in 0.9% NaCl. Available components are ;
250mL 50% dextrose
500mL normal saline
500mL 5% dextrose
2 bottles of 3% NaCl (30mL)
3 Components starts at 3:49.
Amazing stuff. Thank you.
Thank you Shaun for watching and for the kind comment.
Thank you
You're welcome. Thank you Arunz for watching and for the comment.
Thank u very much sir. In the aspect of arrangement of the concentrations you arranged the higher concentrations for the first question and the last question you arranged the second higher concentration to the lower concentration which makes the answers differ, I wanted to know if it is correct to do it at any arrangement
Thank you so much😭😭😭
Thank you oghosa igbinedion for watching and for the comment.
Thank you...its very clear ..
Thank you Kanishka for watching and for the comment.
excellent work, it was not taught in my graduation ...
Glad to hear that liked the video. Thank you for watching and for the comment.
Thank you for the information
You are welcome Nathan. Thank you for watching and for the comment.
thanks a lot from Sri Lanka.
Thanks Harsha for watching and for your comment.
Too helpful♥️♥️
Thank you Uba for watching and for the comment.
Thank you so much, but the last example why do you have to calculate 95 and 60 first, why not 60 and 50?
Why is the proportion included for the 50 % solution in the final ratio when the mixture of the 70% and 20% already achieves the 30% of the desired mixture
Thank you sir ❤ may you explain for us ,4 component
Thank you @realstory1819 for watching and for the comment. Here is a link to a video we made in response to your request: ruclips.net/video/tyIeXwhgQqE/видео.htmlsi=ABiwYkTtEt5dxS8I. Hope you like it and share it.
very impressive
Thank you Habib for watching and for the comment.
thanks so much for this video. Please I have a question from the last calculation does that mean that the numbers are arranged in order of the highest first? like how you arranged the 95 70 60? not that the 70 was meant to be btwn the 60 and 50?
Thank you Adura for watching and for the comment. Regarding your question, the desired concentration must always be between the closest higher concentration and the closest lower concentration. So if our desired concentration was 55% instead of 70%, then the 55% is between the 60% and the 50%. Hence, we will arrange it as 95 60 55 50. Hope this helps. Keep up the good work.
Awesome explain. 👏👏👏👍👍
Thanks for the comment Moh-Zw and thanks for watching too.
On the first example for three components, how did you decide that the difference of 50- 30 and 70-30 is to be added? Why couldn't other differences be added instead? I'm confused on this part.
Thank you Jaztyne for watching and for the comment. To determine the number of parts of the 20% solution, you subtract the desired concentration (30%) from the higher concentration. In this question, there are two higher concentrations. So, we subtract the 30% from the 50% and the 70% and then we add them to determine the number of parts of the 20% solution. An important rule regarding the alligation method is that the desired concentration must always be between the higher concentration and the lower concentration. That is why we have the 50, 30, 20 combination and the 70, 30, 20 combination. Hope this helps.
Thank you. My lecturer almost didn't allow me enjoy the topic.
Glad it was helpful! Thank you @oluwalayomibeeniagbebunmi5336 for watching and for the comment.
Tq man
Thanks so much
You're welcome! Thank you Elizabeth for watching and for the comment.
Hi! your video is very helpful but I just have a question.
what if the desired concentration is lower than the lowest given concentration?
Glad you found the video helpful Ross. Whenever you are altering the concentration of a product, the desired concentration must always be between the concentration of the components you are mixing. Hence, at least one component must have a higher concentration than the desired concentration and at least one component must have a lower concentration. If it appears from a question that the desired the concentration is lower than the lowest given concentration then it is likely that there is another component usually a diluent (e.g., water) which has a concentration of zero. Hope this helps. Let me know if you need more clarification. Thank you for watching and for the comment.
@@PharmaceuticalCalculationsEasy Thank you so much!
good explain
Glad you like the video Enrique. Thank you for watching and for the comment.
Thank u so much sir, ,,
You are welcome. Thank you Piu for watching and for the comment.
Hi, could you please help me in this problem. What volume of a 1 in 400 v/v solution is needed to produce 5L of a 1 in 2000 v/v solution?
Thank you Gayatri for watching and for the comment. Here is the solution to your question: jo.my/ndtdds.
Volume will be 1 L
Grt
Thank you! Cheers!
Is it possible there Anicon explanation of hypertext in Arabic
Thank yoooooou 🥺
Thank you Ph. Teeba Mohammad
for watching and for the comment.
@@PharmaceuticalCalculationsEasy 👏👏🌹
Thank youuu, I would've done something completely wrong eyy
Glad you found the video helpful Hannah. Thank you for watching and for the comment.
I don't trust this website with a crappy intro and an allah akbar accent
Thanks very helpful. Pharm.🎉
Glad you found the video helpful @AminaAdokor. Thank you for the comment.
Thank you so much, but the last example why do you have to calculate 95 and 60 first, why not 60 and 50?
The arrangement on the grid is in a decreasing order of concentration.