Good integration question to try (1 Viewer)

[J-Wang]

Try this. Its looks are deceiving

 

[SpiralFlex]

Not too deceptive but messy, posting up sol.

 

[barbernator]

iirc wanga, it was x^2-x but same way around it anyway. its a very good question

 

[SpiralFlex]

 

[Shadowdude]

Try this. Its looks are deceiving

Assuming integration is with respect to y, answer is:

 

[Sindivyn]

Assuming integration is with respect to y, answer is:

lol'd

 

[Shadowdude]

pls no. actually pls demonstrate your mathematical prowess by posting a solution.

tbh, if that popped up in my exam - i'd do it that way

it's not wrong.


Plus, my mind currently is on vector spaces and T-invariant eigensomethings... not on integration, unfortunately. I need to get into my integration zone.

 

[SpiralFlex]

tbh, if that popped up in my exam - i'd do it that way

it's not wrong.


Plus, my mind currently is on vector spaces and T-invariant eigensomethings... not on integration, unfortunately. I need to get into my integration zone.

You have to leave the friend zone first.

 

[Frostbitten]

You have to leave the friend zone first.

Oh! Oh heeell no!

 

[hayabusaboston]

OMG i just died! LOL

 

[deswa1]

You have to leave the friend zone first.

Nice.

 

[2ndt0m3h]

well 1+x+x^2 is the same as ((x^3)-1)/(x-1)

then let u=x-1 and finish off easy.

 

[Nooblet94]

You have to leave the friend zone first.

Oh god, I just about died.

 

[lolcakes52]

Cue whipping noise.

 

[4025808]

I would have flopped out if that question appeared in my exam =_=