This was so confusing to me when my teacher made us do it during class but after your video I realize it was actually so simple. Thank you so much, you truly helped me!!
how do you get like 10 cm^3 of each successive solution when doing a serial dilution. like when diluting by a factor of 10 and have each successive beaker with a volume of 10cm^ as what stays in it
thank you so much! In case the original stock solution was 40 cm^3 (for serial) with 10% concentration, how much of it would we use to make it to 1%? And what would be the volume of water used?
Starting with 40 cm^3 (for serial) with 10% concentration, if doing serial dilution you would simply remove 1cm3 from the original stock solution, adding it with the second. Then adding 39 cm^3 of water (diluent) to the solution. Allowing you to have a 1% concentration, so in this case it only took one dilution.
Hello, I have a question: Do you know how to find the no. of dilution, if both initial and final concentration and the volumes (initial and final) were given? I hope you notice this and answer. Thank you so much!
Hi. I’m not sure what you mean by the number of dilution? If you mean how many times has the initial solution been diluted to get to the final solution, it would depend what type of dilution you were doing and what dilution factor was being used.
I have a practical exam in school in an hour and I can’t thank you enough for this video!
I hope it went well?!
Welcome 😆
Simple and up to the point explanation, many thanks.
Glad you liked it!
this is the most useful video on simple dilutions imo, thank you
So pleased to hear you say that, thanks! Please subscribe if you haven't already :-)
This was so confusing to me when my teacher made us do it during class but after your video I realize it was actually so simple.
Thank you so much, you truly helped me!!
I had struggle understand the simple dilution , thank you soooo much for such an amazing explanation , I can't thank you enough❤❤
thank you so much this was explained really well
Yoh!!! Thank you i really appreciate you for doing this video now i know what to go do tomorrow in the lab,,, 👏 👏 👏 👏
So clearly explained. Thank you!
Thank you so much 💓 amazing explanation
Thank you!
Thank you soooo much ❤❤❤❤
You basically saved my life
can i use the equation in serial as well? as i find that easier
Hey!! The volume of the serial dilution ten fold changed from 10 cm cubed to 9 cm cubed in each test tube, correct?
Helpful video
Thank you so much ☺️
Superb 🙏
so good.
to the point! thank you!
u have P5 tommarow??
how do you get like 10 cm^3 of each successive solution when doing a serial dilution. like when diluting by a factor of 10 and have each successive beaker with a volume of 10cm^ as what stays in it
Thank you
That awesome thank uuuu
v helpful
Does the quantity of the initial solution decrease by sharing the solution in order for other ones to form?
that was my question too! for simple dilution right?
@@evil-resident yes
@@orphicprince right did u ever get the answer to ur question? 😭
@@evil-resident no I unfortunately dropped biology
thank you so much! In case the original stock solution was 40 cm^3 (for serial) with 10% concentration, how much of it would we use to make it to 1%? And what would be the volume of water used?
Starting with 40 cm^3 (for serial) with 10% concentration, if doing serial dilution you would simply remove 1cm3 from the original stock solution, adding it with the second. Then adding 39 cm^3 of water (diluent) to the solution. Allowing you to have a 1% concentration, so in this case it only took one dilution.
@@Lking123 thank you very much!
In serial dilution , is it crucial to the experiment that the volume of water is greater than volume of the starting solution?
Let me know if you get any answers cuz I have the same question as well
👏👏👏👏THANK YOU
Hi, can we take 5 cm^3 soln and 5cm^3 water for serial dilution or does the soln needs to be less than water? I really hope you notice this
Hello, I have a question: Do you know how to find the no. of dilution, if both initial and final concentration and the volumes (initial and final) were given? I hope you notice this and answer. Thank you so much!
Hi. I’m not sure what you mean by the number of dilution? If you mean how many times has the initial solution been diluted to get to the final solution, it would depend what type of dilution you were doing and what dilution factor was being used.
Thankuuuuu
You're welcome!
the volume aghhhhh
🙂❤️