Search results

i have the distance, speed and time, how do i calculate the acceleration of a person running :$ the runner has to cover a distance of 50.36m in 2.86s, so i need to calculate his constant acceleration.

What do you guys think of Terry Lee tutoring, I heard good things about him and his prices are extremely low! Isn't he the best maths tutor? I mean why would people go to matrix ...etc while they can pay half the price and go to Terry Lee, there must be one problem with terry lee tuition that...

same problem as before :( happens at night only.

Sen is awesome and he is a genius too !! does he teach you? are u by any chance in my MX2 class ?!?!? =) and I had both Jess and Anubhav for chem, jess is better :P

I go there =) I think they are pretty good, they improved a lot lately. I went to Dux for around a month but didn't like it at all so I switched to talent and I love it. If you go to talent try your best at doing all homework and exams, they are really helpful (and hard!). However, choose...

haha carrot loves series =]

they look ugly so i thought we can do them with latex or Microsoft or whatever =(

Re: MX2 Integration Marathon yeah, i knew it was a substitution :( but didn't do the first step

Re: MX2 Integration Marathon is there a fast way to do this question? the way i do it is with complex numbers and it gets really messy.

Re: MX2 Integration Marathon nah, im gonna study harder 3U instead :P

Re: MX2 Integration Marathon Which other questions are you referring to?

I think if we divide the work between 20 BoSer's who would volunteer, it would be very easy to re-write 1990 - 2000 papers, current papers and solutions look so messy and hard to read =(

it's a quote by Einstein =) very true though!

Re: MX2 Integration Marathon \int \frac{dx}{x^{8}-1}

Re: MX2 Integration Marathon i hate mx1 ! do we use substitution? do these then :P \int e^{\sqrt{x}}dx and \int e^{x}sin^{2}x dx :D

do they even exist? im talking about re-written papers, i don't think they exist

Re: MX2 Integration Marathon \frac{ e^{e^{x}+x}}{e^{x}+1}+C =) i know it's wrong :(

1990 to 2000 do u have re-written versions ? i wish terry lee does it, that would be awesome, his solutions for > 2006 are great

Re: MX2 Integration Marathon \int e^{e^{x}+x}dx

Would anyone volunteer and re-write the MX2 papers before 2001 =)