A Summer of Maths (ASoM) 2016

Anyone here going into 3rd year?

Just as an alternative for you guys if you want to use it, I have stumbled upon another way of integrating by parts/evaluating indefinite integrals.
Might not be always as convenient as the normal means, but here goes. Good luck at Uni .

$\int u(x)v(x)\ dx = u(\int v(x)\ dx) - u'(\int\int v(x)\ dx) +k$

I may be wrong with this assumption. Always ready to be corrected, but it seems to churn out correct answers for my integration.

I am. Are you a second year too?

Yep. Chosen your modules yet?

Nah, banging out this year first.

Fair enough, do you have any favourite modules from this year?