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I remember learning the rule where we set it equal to 0/0. Then, a calc teacher told me the AP test changed the scoring guideline that setting it equal to 0/0 will not earn points, which took effect around 2018. Why did they make that change?

That's HELPFUL

great vid!

thanks alot! this really helped

Great explanation thank you

Thanks this is really useful !!✋😭

I didn't realized the derivative of the radius was 0, thank you!

This video was made when I was 6 and I am watching it in my Calculus 3 class, thanks so much!!

Great Explantaion you saved me

🫤

thanks man, your help was extremely valuable. love

helped a lot, thank you very much!

love ur content

Nice

❤

a quick and reliable review!! i found this very helpful, thank you :)

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I hope u had a good time!!

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Super Helpful. TY!

what about taylor series aproximations for definite integrals?

In fractions you also have the option of doing a reverse formula for the derivative (choose g^2 as denominator) and then solving a differential equation.

Been Trying to understand how to set up the function like this for about a month now and all off a sudden it suddenly makes sense. Thanls mate!

nice bro so helpful for a student nice contant love it

👍

W vid, i look forward to watchinh more🎉

I wish I saw this before my calc 2 test, it would have made it way easier if I saw the u-subs

Obligatory mention of xkcd's integration comic

You're a lifesaver

youuu saved my life ! Thank you so much !!!!!!!

great video 💯!

so useful, thanks

thank you so much you cleared a lot of ideas for me thanks❤

Hey thank you for the video... if the form is still indeterminant after doing the first L'hopitals do I write L'hopitals again before applying it again or no need?

This is genuinely one of the best reviews I’ve seen ! Thank you so much

Ummhh what if you put letters a to h in every angle and the given is b = 3x - 4 and c= 2x + 29 and you need to find the x, a to h

Awesome video

Help.

Very understandable, thanks!

As the student of BSCS 🖤this video is really very informative for me👯‍♀️. Respect from 🇵🇰

🤩🤩🤩😍😍😍

Thanks a lot

No one else has said it so I must, this is a godsend. Thank u so much <3

Great mere to problem he solved kr di can u post isosceles property

excellent video

i know this is long past due, but my professor loves to talk more about where the ideas came from, than how to simply apply them. this is great. thank you.

Thank you so much. This was exactly the kind of focused, last-minute review I was looking for!

W video

This was a good example , I might give this to my students in class.Well done

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