2.8: Picard's Method

[@jagdishannepu7179]

I wasn't able to understand the crux of the method. Now it's cleared. Thank you!

[@Eliasguitarred]

Thanks so much, Im a maths student and Ive been struggling with this particular theme, and with DE in general, this video helped me to complete my homework!

[@harshagrawal6554]

this gave a real great understanding about the process and the use of this method thanks

[@titanflorida9486]

Thank you so much! Helped me with my class for sure

[@jonathanbekaert3698]

Thanks for the help. And thats a nice ring ;)

[@youngyang898]

Explained very clearly, thanks a lot!

[@josuetaba5327]

Your video saved me,thanks very much

[@rolfjohansen5376]

thank you for great effort

[@nicholasolmedo6164]

Thanks for the help!

[@vinay_sehrawat_]

Nice way of teaching.... You should upload more videos

[@priyankanehra8105]

very clear, thank you!

[@kawan7344]

thank you that help me a lot.

[@leninPangambamSingh]

Thank you very much, ma'am.

[@adonaitsehaye8871]

last minute life saver

[@user-jx3ex3mb1w]

Plc tell me where goes the number 2 and u put 1 !!!!!????

[@alexandraniedden5337]

I'm not quite sure what you are referring to. Can you give me a time stamp?

[@tarat.techhh]

Thank YOu Didi!

[@pradhyumanshekhawat4124]

what would be the case if the given differential equation is of 2nd order.
For eg. (d^2x/dy^2)+(w^2).x=0

[@alexandraniedden5337]

I'm not sure, sorry! I've only ever used Picard's with 1st order DE.

[@yasirugamage2354]

Thankyou 🤩🤩👍

[@mattdubs357]

thank you

[@gold9994]

clear as glass. my textbook sucks

[@SADDAMHUSSAIN-mw3cv]

Thank you mam...

[@olcmotivation9496]

This is lovely but this math sucks but still need to pass 🙁

[@hasinakarim2314]

dy/dx+y=x ,,,y(0)=1andh=0.2 find picard method plz solution mam