Second-Order Differential Equations Initial Value Problems Example 1

[MrFantastiku]

Who said beautiful girls can't do math? Look at this cutie, she saved me. Kiss you. :)

[TheIntegralCALC]

@MrFantastiku Awwww, you're sweet, thank you! :)

[ura239]

YOUR VERY BEAUTIFUL!...MAYBE WE CAN HANG OUT AND SOLVE SOME COMPLEX MATH PROBLEMS OVER A ROMANTIC GLASS OF WINE.

[saurabhsacker]

You are smart and beautiful. A hard quality to find these days.

[ofnotandi]

This is only 10 min and for me this was a bit too fast. Not a native English speaker.

[TheIntegralCALC]

@MsKateC You're welcome! :)

[1992MrMann]

any chance you could do the same for first order differential equations with initial values.

[TheIntegralCALC]

@1992MrMann There are some here: integralcalc(dot)com/different­ial-equations/. :)

[1992MrMann]

you have saved me. now i can stay on my uni course. thanks a lot

[TheIntegralCALC]

@1992MrMann Awesome!! You're welcome! :)

[zkahunter]

what are you such a smart hottie? this world was meant to be unfair.

[arafik93]

sooooo helpful, thank youu

[TheIntegralCALC]

@arafik93 You're welcome!!! :D

[exmortis123game]

wowwwwwwwwwwwwwwwwwwwwwwwwwwww­www!

[exmortis123game]

WELL THANX FOR THE QUICK REPLY BUT CAN U MAKE A VIDEO ON BURNELLIOUS EQUATION OF DIFFREENTIAL EQUATIONS PLZZZZZ

[TheIntegralCALC]

@exmortis123game I can't say when I exactly I'll be able to get to it, but I certainly want to create more videos on differential equations

[jjfan09]

what would it take to get you to come teach diff eq at my school?

[TheIntegralCALC]

@jjfan09 well, it would probably be a combination of location...and of course salary :D

[exmortis123game]

WOW U REALLY TEACH WELL.

I HAVE UNDERSTOOD AT THE VERY FIRST TIME .THANK YOU AND MAY GOD BLESS U !

[TheIntegralCALC]

@exmortis123game Awww, thanks! I'm just happy I'm able to help in some way :)

[westbury09]

THANK YOU!

[TheIntegralCALC]

@westbury09 You're welcome! :)

[Plysomack]

@TheIntegralCALC FYI, you might want to put a little annotation bubble at the 9:37 mark that c1 and c2 are constants, not variables. Very good video. Thanks.

[TheIntegralCALC]

@Plysomack Done! Thanks, and good lookin out! ;)

[babychick398]

can you give a step by step review at the end? because after you find c(sub)1, do you plug it back into the original or into the 1st derivative? and do you find c(sub)1 from the original or from the derivative? or does it even matter??

[karun8236]

grl.... you need to get some sleep, thnx for the help.

[krebsderek]

You're cute! Very helpful vids, thanks!

[TheIntegralCALC]

@krebsderek You're welcome, glad you like them!! :D

[ura239]

I'M NOT A STUDENT JUST A MATH BUFF. THANX AGAIN FOR POSTING.

[trese0000]

Nice vid. May I ask what software/program is this that your are using on this video to display all of the math equations and able to host live video feed on it as well? Thank You.

[TheIntegralCALC]

@trese0000 I use a software called Screenflow (another similar software is Camtasia) to record my computer screen and me at the same time. Hope that helps! :)

[trese0000]

@TheIntegralCALC Thanks for the info, but the Screenflow is only for the video capture right? How do you create the background with all of the text and equations to float across the screen?

[TheIntegralCALC]

@trese0000 Right! :) I use a program called Keynote. It's a slideshow presentation software for Mac, but really similar to PowerPoint. :)

[fingerboy18]

I have a quiz Wednesday on:

2.2 - Seperable Equations

2.3 - First Order Linear Equations

2.4 - Exact Equations

2.6 - Homogenous Equations ONLY

Do you suggest specific videos for help? Thanks Krista.

[marzil]

Very crystal clear. But I am solving equations via laplace transforms. Is this an alternate method? If not, can you do a vid explaining why or why not. If not, can you do a laplace transforms vid (2nd order)? And I know this has nothing to do with diff equations but since you are a girl, can you do a sandal haul vid? thanks.

[TheIntegralCALC]

@marzil Laplace transforms are not necessarily an alternate method for solving a second-order differential equation initial value problem, but you could certainly use that method to transform a differential equation into an equation involving s, instead of t. I'm not super familiar with Laplace transformations though, so I'd need to do some more research on how to convert this one. :)

[LordGimpyFresh]

Fantastic, thank you so much for the help!

[TheIntegralCALC]

@LordGimpyFresh You're welcome!! Thanks for watching! :D

[zrr91]

You're really good at explaining everything that's happening! I'm only in Calc 2 and I understood all of it!

[TheIntegralCALC]

@zrr91 That's great, GREAT news! :D Please let me know if I can ever do anything else to help! :)

[dragonball999]

i love you.........because u saved my life:) cheers for the helpful vid

[TheIntegralCALC]

@dragonball999 Awww!!! I love you too!!! :) So glad it helped!! :)

[Nkhraim]

Thanks a lot :)

[TheIntegralCALC]

@Nkhraim You're welcome! Thanks for watching! :D

[DCice13]

Thank you it helped out alot

[TheIntegralCALC]

@DCice13 thanks for letting me know :)