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I still remember when the site only allowed 100 messages.

Re: Any good tv series too watch One more supernatural show to add: Grimm.

Re: Any good tv series too watch Oh and I forgot to add, The Mentalist, the show is a bit repetitive but watch it because Simon Baker is a good actor.

Re: Any good tv series too watch Criminal Minds (Some of the cases are amazingly thought out) TWD (If you like gore and deaths) Castle (Though repetitive)

Well Ddmdkfkfmkfkf

Watched the Swans train before they headed down to Melbourne. Got a few signatures too. #SCG #CheerOnTheRedAndWhite

Go you mighty swanniesss i've waited so long!!!!!

To be decorated later Swans are through! Discuss

There is more flexibility choosing your subjects than SEng

Our flag is actually good looking.

If you believe you have been unfairly fined you have the option of having the matter dealt with by a court. Depending on the circumstances you may also be entitled to a review by the State Debt Recovery Office. Visit the State Debt Recovery Office website for further information on the fine...

Seems like the meaning has been overlooked by this challenge and people are doing it for fame.

https://www.dropbox.com/sh/t9ajabxw1n0u1sw/xsYorOuksl

Why are you like this squareroot

But I would say the whole course is useful, but if you don't have the time the one thing I would focus on in your situation is linear algebra. You will be row reducing a lot, finding the inverse, etc etc next semester.

If I were to pick one thing to take to semester two it would be a strong foundation of Linear Algebra. Probably the most important thing.

Come on guys keep on topic.

They are in fact NOT the same! $Let us consider$\; y = |x|\; $and$\; y = x $Lets try some negative values since positive values of$\;x\;$will be the same$. x = -1 x = -2 x= -10 x=-1000 y=x -1 -2 -10 -1000 y=|x| 1 2 10 1000 $Observe that for a negative value of$\...

Also I don't recall inverse function topic to be in 2U... For question c) you have f^{-1}(x)= \frac{1}{3}(x+4) Graph that! What is the effect of having |f^{-1}(x)|?

a) \;$and$\; b) \;$are Okay$. c) \;$The \textit{inverse relation}\;would be$ \;y = \pm \sqrt{x+9}-2 d) \;$and$\; e)\;$For the domain$\; (-\infty , -2]\; $we have$\; f^{-1}(x) = -\sqrt{x+9}-2 \;$and for the domain$\; [-2, \infty )\; $we have$\; f^{-1}(x) = \sqrt{x+9}-2