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Calculate the area bounded by the graphs of f(x)=x^2, g(x)=x^-2, x>0 and the line x=3 I keep getting 25/3 u^2 but the book says it is 8u^2. Can someone please clarify it for me? Thanks

After doing Let y=e^(sinx)=e^u where u=sinx I used chain rule but I don't know how to differentiate sinx. Help will be appreciated thanks

Hey, I've heard numerous praises for Fitzpatrick. Is it possible to get a band 6 by solely relying on that book?

What is the signed area in integrals ?

It's been less than 3 weeks since year 11 started, and people already start to find subjects hard (suggested in some threads lately)? I don't understand, everything has been introductory so far, like recapping some fundementals and a bit of new theory. Basically everything is real chill so far...

How do you find th first and second derivative of e^(x^2)? This is my first encounter with such. Would the first derivative be e^(2x)

Find the equation of the normal to the curve y=e^x at the pt where x=3 in exact form. Step by step explanation would be appreciated :) I can't tell of the textbook's ans is wrong or if mine is wrong. Thanks :>

MIF's (yes i know) explanation is kind of weird but in any case, I don't get it. Sketch x^2/(x^2)-9 I don't know how to find the vertical asymptotes. I think it would be best if you could kindly write out every step for better clarification. Thanks :DDDDD