This get a little trickier when the powers don't line-up for example in the Taylor series for 3cos(x) * ln(x+1) but I was still able to figure it out using your method, Thank you! Krista.
hi respected i m satisfied of your method and plzzzz also upload about binomial series of differintial eq.of second order as like u uploaded multiply and divion also upload biomial
i am trying to find the maclaurin series of y=sinx/e^x. when i brake it into two parts, like you did, and find the power series separately, it doesn't match the series when i solve it whole
You might need to do more simplification to get it to the answer it's supposed to be. But you should still be able to find them separately and put them into the quotient.
Krista King i did but i still can't find the series equation. if you did, please let me know. i also tried to approximate by multiplying the series separately but that didn't work. my question now is, if i am asked to find the third polynomial of this series is it the third or the fourth polynomial in the equation line?
Thank you for this. It took you 7 minutes to explain what my professor failed to explain in 50 minutes.
Glad I could help! :D
amazing! have an exam in an hour and you just taught me 1/3 of my exam in 7 minutes! YOUR WONDERFUL!
I'm so glad it helped, and I hope the exam went great!
Thanks, ma'am. it helps!
You’re welcome, so glad it was helpful! 👍👍
thanks, Krista. You are the best.
You are so welcome, FAUCET, I'm glad you liked the video!
This get a little trickier when the powers don't line-up for example in the Taylor series for 3cos(x) * ln(x+1) but I was still able to figure it out using your method, Thank you! Krista.
You're an awesome teacher! Thanks!
Aw thanks! :)
Thank you so much omg, it's literally the night before my exam and i get it now!!
you are awesome madam. God bless for such a simplified explanation
You're saving my life
Ahhhh, now I get it. Test in 40 minutes, so it's probably about time I found your video.
Lol, just in the nick of time! I hope the test went great!! :D
Awesome channel... Hope u ever come back
thanks this is very clear and helpful!
This is very nice & helpful. Thanks for this
You're welcome, Vishal, I'm so glad you liked it! :)
moments like this is when i realize how usefull is know english on my natal language there is no information of this thanks!! :D
hi respected i m satisfied of your method
and plzzzz also upload about binomial series of differintial eq.of second order
as like u uploaded multiply and divion also upload biomial
Great video thank you!
You're welcome, Mario, I'm glad you liked it! :)
Awesome teaching skills.
i am trying to find the maclaurin series of y=sinx/e^x. when i brake it into two parts, like you did, and find the power series separately, it doesn't match the series when i solve it whole
You might need to do more simplification to get it to the answer it's supposed to be. But you should still be able to find them separately and put them into the quotient.
Krista King i did but i still can't find the series equation. if you did, please let me know. i also tried to approximate by multiplying the series separately but that didn't work. my question now is, if i am asked to find the third polynomial of this series is it the third or the fourth polynomial in the equation line?
Thanks!
You're welcome! :)
Thanx for your effort
thankyou this helping me so much!
Can u do a video about gradient? Im told its super important in engineering
Thank you 😍
Thank you so much!
You're welcome!
thank you
love from India
how can i multiply e^x with e^x² please explain
thank you c:
You're welcome, Erick! :)
brilliant
i definitely thought you were going to use the cauchy formula at some point -_-
Ta ta ta thanks for help
If anyone sees this Jesus loves you:)
mclaurin and maclaurin very different. careful how you're pronouncing it.