Great explanation & clarity in thinking & approach. You make a phenomenal teacher. Are there any links for Int by substitution, differentiation & other topics as well? Please share if any..
These are all of my playlists that deal with Calculus. Calculus Videos: bit.ly/2nozSlf Calculus Theorems: bit.ly/2x7omzP Integration - Calculus 1: bit.ly/2oBxNjq Individual Integrals: bit.ly/2oUCGap Derivatives - Calculus 1: bit.ly/2oByskZ Limits - Calculus 1: bit.ly/2oBFV3f Related Rates - Calculus 1: bit.ly/2mgeSid AP Calculus AB Test Tips Videos: bit.ly/2noq7DM Hope you find something that helps you! Thanks for watching. Please share with your friends.
I am not currently teaching calculus 2 or 3 so besides what I have already posted, I really don't have any additional tricks and tips. But if I run across any, I will definitely post them. I am always looking for anything to make math easier. Thanks for watching.
See if you can combine some like terms. Using the DI method, if you go too far down the box, you end up with more terms than you need, but some are like terms, so you can combine them to get the exact same answer as you would doing the traditional formula.
Awesome explaination.....but we have been studying I.L.P.T.E n here u told about L.I.P.T.E.....wht is the difference betweem two n which one is correct
Actually, both are correct because they are both just "suggested" methods for helping you to choose "u" and "v", but they don't always have to be followed. By following either LIPTE or ILPTE or ILATE, most of the time it makes the integration by parts easier, however, sometimes, it really doesn't matter and the problem is easy to work out no matter how you choose "u" and "v".
This was so useful. Your other trig tricks video I've watched and I feel it's really improved my confidence.
Really glad it helped you!
All your vids are excellent and I have shown several students your stuff.
Thank you so much! I appreciate it!
Very useful content for both teacher and taught. Good job
Thanks! Thank you for watching.
Very detailed explanation! That's what makes math easy, thank you so much.
You're welcome! Thanks for watching.
very helpful!! Thank you so much!! I love your clear explaination, much better than my prof
So glad the video the helpful for you! Thanks for watching.
you make math seem so simple! thank you so much.
Thanks! Glad my videos make math easy! That's my goal.
That was a really clear and helpful explanation .Thank you.
You're welcome! Hope it was helpful!!!
i really liked your vedios you made integrations by parts very clear
Thanks!
Great explanation & clarity in thinking & approach. You make a phenomenal teacher. Are there any links for Int by substitution, differentiation & other topics as well? Please share if any..
These are all of my playlists that deal with Calculus.
Calculus Videos: bit.ly/2nozSlf
Calculus Theorems: bit.ly/2x7omzP
Integration - Calculus 1: bit.ly/2oBxNjq
Individual Integrals: bit.ly/2oUCGap
Derivatives - Calculus 1: bit.ly/2oByskZ
Limits - Calculus 1: bit.ly/2oBFV3f
Related Rates - Calculus 1: bit.ly/2mgeSid
AP Calculus AB Test Tips Videos: bit.ly/2noq7DM
Hope you find something that helps you! Thanks for watching. Please share with your friends.
Your tricks and tips are really good! Can you make some tips and tricks for calculus 2 and 3?
I am not currently teaching calculus 2 or 3 so besides what I have already posted, I really don't have any additional tricks and tips. But if I run across any, I will definitely post them. I am always looking for anything to make math easier. Thanks for watching.
In last example if we solve by DI method we get different answer.which method to follow
See if you can combine some like terms. Using the DI method, if you go too far down the box, you end up with more terms than you need, but some are like terms, so you can combine them to get the exact same answer as you would doing the traditional formula.
Nice video
Thanks for watching!!!
Awesome explaination.....but we have been studying I.L.P.T.E n here u told about L.I.P.T.E.....wht is the difference betweem two n which one is correct
Actually, both are correct because they are both just "suggested" methods for helping you to choose "u" and "v", but they don't always have to be followed. By following either LIPTE or ILPTE or ILATE, most of the time it makes the integration by parts easier, however, sometimes, it really doesn't matter and the problem is easy to work out no matter how you choose "u" and "v".
Cole's World of Mathematics much appreciated for d answer.....this has been troubling me for quite some time now