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There are no such solutions as far as I am concerned but if you post questions you are stuck on then ppl can post their solutions and help you.

Gotta love molev and his accent.

^ Really? Was it just complex number by itself or did it have other topics in it?

It would certainly help if you did. If you did general maths, then you might struggle with some of the work. But then again it will depend on what 'subjects' you take in uni.

Re: Tutor for Eng adv(96), math2u (97) Bump for Aparajitt

+1

Believe it or not, the font plays a huge role. You dont want something that is too "boring". You want a font that is easy on the eye when a student reads it. That probably sounded very strange, but nonetheless the font used in latex is the best font i've seen so far. So if you are willing to...

pi^3 is a constant. When you differentiate a constant it is 0.

Ahhh YESS....thanks RealiseNothing, I knew my answer at the end seemed unrealistic. But hopefully the steps I did were correct despite that boo boo.

Nonetheless here is my solution to part (a). Part (b) is very simple, it is just 2R-$6000; assuming my answer for part (a) is correct.

Where did you find the letter spiral? Also, three cheers for ODEs in the draft syllabus but wow its getting a hammered view by Dr. Pender

Do you have answers to them? I have an answer but it seems dodgy and unrealistic.

I only had a glance at the second one and my working out for part (a) is shown below. When I get time tonight, i'll do it all.

The formula is way to approximate an area of an oddly shaped figure.It wont give you the exact area of a figure, rather it is an approximation.

Do u hav a specific question for us to help u with?

^ Some questions specify that use must find it as a limiting sum.

Not on a computer atm, but think of it as 0.4+(0.03+0.003+...). Hope i didnt make a mistake.

You are welcome!

Sine you already know the picture I will just explain the information. f'(x)>0 for x<2 is telling you that the function is increasing for the domain x<2. f'(2)=0 is telling you that there is a stationary point at x=2. f'(x)<0 when x>2 is telling you that the function is decreasing for the...

Yep, you picked the right degree. In this particular case, you will major in english and minor in mathematics. But you will be able to teach all levels of english and math when you graduate.