Derivative of y = e^(x^2)

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How to differentiate the natural exponential function using chain rule. d/dx of e^(x^2)
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You have helped over 5k students, congrats my friend.

phantomglitch
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Thanks your video was helpful but please, can i get to the 2nd derivative?

kingsleydrah
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THANK YOU, this small steps are actually helpful.

fahmidajamil
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Who is coming here by searching on google😉 ?

prjadhav
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What is the nth derivative of this function Please

kidistzewdu
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Trying to find the inflection point of an equation of curve. y=5.075e^(.2136x). equation goes from positive to negative. I have a lot of these to do so would like an online calculator. Can you point me in right direction? I guess 2nd derivative. Did I give you enough information ?

Thank you so much

chrismartin
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if e^f(x) then the derivative of this guy is e^f(x) * f '(x). What is the point of doing chain rule?

higuys
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i m student of 12th from Pakistan. You solved my big prob in the world 🙂 thanks

Zohaib_
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I am more impressed he did this with a mouse than his math skill!

bayin
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I actually got to know now how e^x^2 is differentiated 😌😊 thnxx

DEBBIEBOOS
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can I do it like this way-?
y= e^x²
lny = x²ln(e)
1/y • dy/dx = x² • 0 + ln(e) • 2x
dy/dx = y • 2x (as lne = 1)
dy/dx = 2x e^x²

vejishin
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Why is du/dx = 2x? i don't see it, im dumb ;/

Dreadjuh
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Why isn't the answer (x^2)(e^(x^2)-1)?

walbattat
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wish you could have write the product result.

harisbaig
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Bro I copied in online exam by your video 😁😅😆thnx

cctvgaming
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It’s interesting way of showing the chain rule

wristdisabledwriter
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please upload a video, " integration of e^x^2" in your easy method.

onlypractice
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just derive the exponent of e and put it beside and keep the e as is .. simple

mostafam.abdelrahem
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Can you explain slowely and clearly then we better understand

learnwithquoteswavess