Applications of First Order Differential Equations - Mixing Concentrations

[@imajurck]

Really great videos! Brisk, simple, easily understandable! I love that you mix a little bit of theory in aswell, thank you

[@sasumy96]

amazing video! Please never stop making this kind of helpful video of yours.

[@dimmzydeji1]

thanks you helped me pass cal 3 now I am watching all your videos for diff equations n linear algebra

[@rafiafuseini8833]

I had an A in linear algebra ❤️

[@danulaperera]

It helps me a lot to understand what are the exact applications of DE😍😍

[@johnorangez2508]

you made this question into a 1st grade question thanks a lot my friend!!!

[@galo6300]

really a nice video God bless you and your family

[@Brianjp93]

Thank you for posting this. It is very helpful. I will be coming back to this.

[@RainbowPaint]

I like this better than the book explanation =)

[@jain33abhishek]

I love watching your videos! you keep it to the point and simple, and that's how one should teach math ( someone tell my math professor that :P ) :D

[@Brianjp93]

I also enjoyed your quote at the end.

[@娄宸栋]

Thank you so much for what you have posted, it helps alot!

[@alexmilevskyy94]

realy goood, i hope im gonna meke it on my exame :D

[@chrisbroward]

Thank you. Pictures helped a lot

[@vector2817]

extremely good explenation!

[@GoldenGloves1947]

Excellent tutoriol. Thanks!

[@williamwelmans8648]

Excellent! Thank you!

[@harmeetbindra6978]

Awesome explanation. Thank you :)

[@MLEXPLORER]

thanks alot its really very helpful

[@mariofelipequevedolozano3659]

Subscribed, thank you a lot

[@krisscage]

Can your solution apply by this questions? A tank initially contains 600 L of solution in which there is dissolved 1500 grams of chemicals. A solution containing 5 g/L of the chemical flows into the tank at a rate of 6 L/min, and the well-stirred mixture flows out at a rate of 3 L/min. Determine the concentration of chemical in the tank after one hour

[@sarahgrado2442]

Thanks for your help!!

[@Pratchaa]

how do you do that when it involves two tanks, where one drains into the other and a smalller amount from the otherr tnak feeds back to the initial one?

[@wssz112]

super helpful

[@abdullaha2585]

ur the man

[@skhonzilegasela553]

Ohh wow, thank you a lot👌

[@jaredwayne4308]

Thank you for the help :)

[@smitamishra4876]

Thanks Man

[@TDZone92]

very helpful!

[@namehisname]

Love you man

[@aliabdu6322]

perfect thank you

[@noodlefart1029384756]

Thanks!

[@YOURFRIENDMATHEMATICS]

Nice

[@28dimz]

Thankyou sir

[@richmondaddodanquah1127]

thanks man

[@XenomorphLV426]

thanks!

[@solomonkhaluhi4426]

Getting me thru college

[@EmperorHung]

power 2 the people~~~

[@skairu6537]

I didn't get why we made R2=A/200 why divided by 200

[@bradleyfajardo5741]

I think A represents the changing unknown quantity of lbs of salt in the solution, while the 200 is the total gallons in the tank. The solution in units is lbs/gal, so A is in lbs, and 200 is in gallons.

[@anteater2536]

thx sir.

[@curtpiazza1688]

Great! 😂

[@shagullahmad2303]

🌴🌴🌾🌾🌿