Separable differential equations initial value problem (KristaKingMath)

[@CobraSliderRAPMusic]

With this kind of teacher, those clear explanations and that cute soft voice, anyone would learn math at no time :3 ..Thank you! :)

[@SulejmanSarajlija]

I passed differential equations on university with your courses . Thank you for doing this. You make a lot of people's life easier and you give chance to many for learning math. Keep on :)

[@kristakingmath]

you need to subtract t from both sides to get dy/dt = ty - t. then factor a t out of the right hand side, like this: dy/dt = t(y-1). divide both sides by y-1 to get dy/((y-1)dt) = t, then multiply both sides by dt to get dy/(y-1) = t(dt). hope that helps! :)

[@dianaflowers9570]

whenever I need help with math you're the first person i go to! you're my fav. you explain things so well

[@kristakingmath]

+Diana Flowers Aw thanks! I'm glad I can help along the way!

[@raulmontez2010]

same here! :D

[@CRIZZZIN]

You, ma'am, have made me fall in love with calculus II again. Thanks for the clean and simple explanation.

[@kristakingmath]

95 is awesome!!! stupid mistakes can be worked on, totally not getting it is a lot harder to overcome... great job!!! :)

[@dysonchambers7893]

your videos are helping me so much with my Diff course, THANK YOU

[@kristakingmath]

I won't likely do a whole course on differential equations, but I do plan to have some more examples along with what I already have here :) integralcalc . com/#DifferentialEquations

[@kristakingmath]

you're welcome, glad you liked it! :)

[@NoorAli-uh4uq]

I am getting 4.0 in all my calc exams I have to say thanks. I am glad u are here for me!

[@kristakingmath]

+Noor Ali Great job! I'm happy to help!

[@kristakingmath]

Love the confidence!

[@kristakingmath]

Glad you liked it! :)

[@kristakingmath]

thank you for being so kind! and congratulations on passing differential equations... i'm so happy for you!! :D

[@mirsadbucak2502]

It is an excellent explanation. All we need is to watch remaining tutorials to learn deeper:). Thank you.

[@kristakingmath]

Glad you liked it!

[@kristakingmath]

Thanks!

[@mgouker]

Made it look very easy. I'll pass it along. Great job!

[@mabuzabongane3491]

Thanks you help me a lot,can you do finding the rate of change using partial derivatives please as soon as you can.

[@RiGuy234]

These are examples right out of my calc book thanks!

[@raouljain1433]

Awesome, easy to understand and very straight forward! You rock! =)

[@kristakingmath]

+Raoul Jain Glad you liked it!

[@dtopaloglou]

You wouldn't happen to have any videos on Cauchy-Euler equations by any chance?

[@tshepisompala2236]

This was helpful :). Thank you sooo much. Writing my maths exam next friday. Wish me goodluck :)

[@rchiuz01]

Great video! I kept wondering why there wasn't 2 constants on each side. Keep up the good work :)

[@comfycozyarewe388]

Such a nicely explained vid

[@sleepyudon]

I have a separable differential eqn (that's part of an initial value problem) that I'm having a lot of trouble separating: t+dy/dt = ty Any help would be INCREDIBLY appreciated! Your handwriting is amazing, by the way!

[@calva88]

I saw a problem where they used + or - e^something....Why plus or minus e ..i understand when you have sq roots

[@kristakingmath]

That makes me so happy! Thanks for letting me know. :)

[@peachpengu2224]

very clear. Thank you!

[@kristakingmath]

You're welcome! I’m so glad it helped!! ❤️

[@nirrmalamariappen672]

hi..thank u very much..its realy help me... but i need a sollution for this question solve the following first order differential equation by using an appropriate method (siny-y sinx)dx+(cosx+x cosy)dy thank u..asap

[@andreanwosu]

How wold you go about solving something like dy/dx=(4+y^2(x))sinx

[@TheMrFrontera]

I know you mainly do calc videos, but if you started doing a couple diff eq. problems in between i, and im sure a bunch of others would greatly appreciate it! :)

[@kristakingmath]

That would pretty awesome to partner with Khan, but I think he's doing just fine on his own. :) The thumbnails do look similar, except you see my face in the thumbnail of my newer videos.

[@kristakingmath]

Thank you so much, I'm glad it helped! :D

[@kristakingmath]

Yay calculus! :) Glad I could help.

[@DragonLowStar1]

great vids ;) Have a test over this on tues, pretty easy

[@irfanjames6551]

Thanks a lot. God bless you.

[@antonnyny]

would you tell me how to get the app blackboard

[@kristakingmath]

I explain here: www.kristakingmath.com/my-videos

[@christinegraham9069]

Thank you! You are a finals week life saver :)

[@kristakingmath]

I hope that's the case! Good luck with everything. :)

[@facemodtasmic]

A point on notation, you should multiply 2u first and then add integral signs immediately. On its own du and dt have no meaning. Small point in an otherwise great video. :)

[@MrZancar]

Thank you so much! You're my hero.

[@kristakingmath]

lol...I'll take it. :D

[@djBC10000]

im only taking cal 1 right now, but this seems so easy, i understood everything (maybe cuz u explain so well ) XD

[@OAKZD1]

thanks this is so good

[@sydney2v]

thanks so much!

[@kristakingmath]

Good luck! :D

[@alexanderjack5937]

This is awesome! Thx

[@kristakingmath]

+Abdul EE You're welcome!

[@eddiem4638]

thank you so much!!!

[@kristakingmath]

you're welcome!! :)

[@ludwigthabang1169]

Damn! This is so awesome

[@astrid41593]

Come teach the whole math 17 series at UC Davis! :(

[@TheAInfinity]

***** What's differential equations has to do with calculus?

[@momiah743]

+Agent Smith seriously?

[@astrid41593]

Agent Smith take calculus and that will answer your question.

[@TheAInfinity]

***** I have taken calculus. I have taken calculus, Linear Algebra, Differential Equations, Abstract Math....etc. And yet differential equations is still its own thing. You can make the argument that differential equations are related to calculus, but at the end of the day, the concepts you learn in Differential are all very different than what you would learn in a calculus class, and way more abstract than your average calculus class.

[@astrid41593]

+Agent Smith It's still something you learn in your Calculus class.

[@TheZoeBig]

You're awesome.

[@kristakingmath]

Aww thanks! You too! :D

[@terdff57]

Your voice is so cute! It makes me want to listen to math!

[@kristakingmath]

Awww thanks! :D

[@Lovek4ever1]

u're awesome thanQ!

[@kristakingmath]

You too! :D

[@davisjohn-d6h]

You're awesome!

[@kristakingmath]

Aw, thanks Davis! :D

[@kristakingmath]

It's funny how that works sometimes. :)

[@ThePinoyMamba]

:). Thanks!

[@Ramblingroundys]

lol, sometimes from the thumbnails I can't tell the difference between his and your vids ;) They look so similiar.

[@kannwall]

secANT lol anyways thanks!! being a sophomore in high school makes this hecka hard... until i come across these videos!!

[@kristakingmath]

ha, I'm glad they're helping :D

[@kelvinwaigwa6453]

great

[@kristakingmath]

Thanks!

[@Mr.EazyM_]

Can you just come teach instead of my professor, who would always skip steps and make all of the class confused! I literally learn more from you than him!

[@ivvannrockx6572]

Hahaha,I have fallen in love with you miss:p..

[@DragonLowStar1]

lol had this test on thurs got a 95 :( stupid mistakes

[@Ramblingroundys]

have you ever considered working for/with Khan Academy? I think you should, you'd make a great addition...I think he's in the process of making Calculus Vids as we speak (I sub to both y'all and get new Calculus videos from both) Check out KhanAcademy com

[@alikhan-lo7ds]

ur smile..... wow... :) i like that

[@DelGeeZee]

How come none of the girls in my Calc 3 class come to looking like you?

[@iamadorknblonde]

I want you to read me to sleep :)

[@kristakingmath]

LOL...I'm not sure if that's a good or bad thing. :)

[@iamadorknblonde]

integralCALC Good :)

[@tonytonystache]

Marry me