How to differentiate e^tanx?

first of all to differentiate e^anything = (Diff anything)*e^anything

so to differentiate e^tanx = (Diff tanx)*e^tanx = sec^2x*e^tanx

:)

btw, i couldn't remember what is Diff tanx = to, but i know how to sinx & cosx

so tanx=sinx/cosx Diff using quotient rule, get the ans within 30s :)

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Hi!

I'd just really like to thank u all 4 setting up this blog. I find a lot of the tips useful, especially those 4 a-math.

however could u also post up more qns with worked solutions up on absolute valued functions, rates of change and applications of integration(area under the curve)?

i really could use some help with these topics. thank u so much.

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StefAnIe: all those qns up here are from students.

We answer to what you all aren't sure. We don't answer to everything unless a student finds it challenge.

So whichever topic you find challenging, send us a qn to askalwayslovely@gmail.com

those who ask the particular qn will be guided through the step.

Check out this post>>

http://askalwayslovely.blogspot.com/2007/09/why-no-complete-answers-to-qns-post.html

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HI..

btw,

its diff(tanx)=sec^2(x), isn't it?

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StefAnIe said...

however could u also post up more qns with worked solutions up on absolute valued functions, rates of change and applications of integration(area under the curve)?

Stepfanie: Pls send me the qns you have challenges with.

Reply

Yes Lijun

Diff (tan x) = sec^2x READ as sec sqaure x ;)

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