Find the Interval That a Linear First Order Differential Equation Has a Unique Solution

This video explains how to determine the interval that a first order differential equation initial value problem would have a unique solution.

[mathsathawthornhigh]

Love the video. Love the quote.I studied Maths at The University of Wales many years ago and this brought back some happy memories, Really well presented and explained.

[ShAlAmAnAyA]

I finally get this. THank you for the different examples that covered important functions!

[keyagemechu]

Great examples! Keep it up! Also, the quotes at the end are very motivational. Thank you much.

[GenuinePeacefulTimes]

Great video. Easy to understand and very helpful.

[lucascruz]

Thanks for the video, very helpful and elucidative!

[ericingalls]

I did find this helpful, thank you very much.

[m.a.shahid]

I think at 5:49 you made a mistake. Shouldn't the interval of unique solutions be from (-infinity, 3) and (3, infinity) rather than (0, 3) and (3, infinity)?

[shirleywang]

Thanks so much!!!! You're so great!

[oliveraherne]

+Mathispower4u just have a problem understanding one of your examples in the video, dy/dx + tan(x)y = sin (x), wherein you treat it as a linear ode. Aren't P and Q non linear functions here?

Any answer would be appreciated thank you.

[yasirmalik]

The helpfulness if the video can be judged from like dislike ratio!