Integration! (1 Viewer)

[random-1006]

But it's respect to t

no.....the integration is over by then

 

[Tofuu]

But it's respect to t

i think he means integrate with respect to r and then rearrange

if you have the initial conditions to find c, find c
if not, then just move c over as its just a constant

 

[fullonoob]

lol thread, just to clear things up
dy / dx means differentiating y with respect to x
dz / d(asd) means differntiating z with respect to asd
likewise for integrating, you cannot integrate something that is not respect to the specific
and maybe you need to chuck one of these for the other question dy /dx = dy / dt . dt / dx

 

[hscishard]

Ohh, I get what you guys are saying.

I was just asking that you can't do it without flipping the derivative. Makes sense now.

Thx