The C1V1 = C2V2 Equation Explained

[@StevenBradburn]

THE ONLINE GUIDE
toptipbio.com/c1v1-equation/

[@justjaz9707]

I was pulling my hair out trying to understand this the way my lecturers explained it. I GET IT NOW. Thank you so much!!!!!

[@MariaM-co3mh]

Same like sheesh man

[@WhatsUporDown]

Sometimes I think teachers purposely make it sound difficult

[@mrlc9985]

@@WhatsUporDown exactly

[@BigMarquise]

This video explained everything so well! Why do my teachers over complicate everything? They should just show us these videos in class, it would make studying way easier.

[@zackmcdo]

True

[@Light_B7]

Lol

[@kbop7897]

this was such a lifesaver. my instructors really overcomplicated this. Thank you!

[@melikehabeeby]

I ABSOLUTELY LOVEEEE THE WAY YOU EXPLAIN! I FINALLY GOT IT! YOU ROCK!

[@StevenBradburn]

Thank you I'm glad it helped you

[@Born2Win7774]

Thanks man, I got a lab quiz Tom and you just made my day.

[@alexandrialiteral9401]

just wanna ask if you graduated already? 😁

[@multani82]

Very well done and awesome job at hitting the variations of C1V1=C2V2 problems. I'm going to link this to my biotech class so my classmates have a great study video to use!

[@cristinacampos8998]

I totally agree

[@humninbird40]

Thank you for making this way easier than my instructor.

[@Videymann]

You explained it so clearly and concise and put really great examples AND solved them as well while explaining, great guide thank you so much

[@rodrigocastillo4418]

Does this equation really hold for concentration variables other than molarity or mass-volume percent? I was doing some numbers and at least for mass-mass percent it seems that this relation along with the constraint of constant solute mass (or moles) implies that the density of the first solution equals the density of the second one, which could be a non-negligible source of error.

[@KatieDe_G]

IT ONLY TOOK THE FIRST 45 SECONDS TO UNDERSTAND IT! Thank you 😊

[@WillVRam]

Thank you!
You deserve more views and subsricbers.

[@StevenBradburn]

Thanks! Really appreciate it

[@yshasy]

Thank you so much this really helped me in my exams! :)

[@StevenBradburn]

Very welcome

[@Yinks998]

wow wow wow man God bless you who knew you could it this simple while my teacher was speaking gibberish.!!!!!

[@joshwarren6970]

The first two minutes were super helpful thanks!

[@steveng3770]

helpful and simple to understand, we have the same first name too, good man

[@StevenBradburn]

Cheers mate! The best first name 💪

[@LOKESHTHIMMANA]

Thank you for Clear explanation... ❤️from India

[@tman29360]

Excellent video, really helped me out!

[@danielwright5819]

This was great and really helpful. Thank you!

[@stephenpatten4139]

This helped me a lot, thank you.

[@zenpai1464]

Thanks man you're awesome for this... so helpful

[@sharolynk414]

I actually thought it was more complex hahaha. Thank you!

[@GoDsHubH4u]

Great job well explained 😊

[@henryventura9468]

Thanks mister, it was very heplful.

[@newtonlongwang]

much love brother

[@Geo69tech]

Thankyou 😊

[@Konvicct]

Hey i have a doubt
I have a 0.1% concentrated topical finasteride solution which is given in a 60ml container and i want to convert it to 0.005% concentrated solution. Can you provide how much distilled water i need add to the 0.1% ? Is it 1140ml water + 60ml of 0.1% ? , 95ml water + 5ml of 0.1% ? Can you please provide the answer?

[@WhatsUporDown]

Makes perfect sense! Thank you

[@StevenBradburn]

Very welcome!

[@mohamedjama827]

Excellent video

[@tripleastacz372]

What if you want to solve for c2?

[@StevenBradburn]

To work out C2, do: (C1xV1)/V2

[@abraham5233]

Thanks dude

[@john-jericsarmiento6491]

Thank you so much understandable

[@ArnavPadhi]

142. 9 ml is the amount for 70 ethanol ?

[@StevenBradburn]

142.9 mL is the final volume. So if you add 42.9 ml (142.9 - 100) of water to 100 mL of 100% ethanol, the final concentration will be 70% ethanol

[@ArnavPadhi]

@@StevenBradburn okay, thanks

[@katemostreicher]

thanks!

[@eggroll1119]

thx

[@meandnotyoudude5678]

I have a concentrate that is 10.4g/L and have 200ml. I want to bring it down to 10.1g/L with another lower concentrate that is 10.1g/l. Do i use.
10.4*200/10.1=205.94ml
Do i add 205.94mls of the 10.1 concentrate to my 200ml of 10.4 to bring down to 10.1? Please help.

[@isaacb2000]

THANK YOUUUU

[@sharee3]

thaaaaaaaaaaannkkss!!

[@penguinking3931]

What abt V1 and C2?
Edit: nvm. Got my answer

[@4nn3mcl4r3n]

Thanks :0)

[@khamphengthanouchak6649]

C1V1+C2V2=C3V3??????

[@23Jumpstreetmtg]

Got exams in 20 minutes

[@zionperry8627]

[@adriannettetv]

Huhu

[@kcuwu]

Uuhhh I hate science-

[@tkitty4ever]

V1 v2 rotate