use the general power rule to find derivative of $$r=e ^{2\theta} $$

Question

use the general power rule to  find derivative of $$r=e ^{2\theta} $$

anonymous · Answer

honestly i don't even know where to begin on this one

anonymous · Answer

before i can start i need to know the in physics what is the start point for all formula is = to ? or 0.00 or what the name of all start point plz? start point =

anonymous · Answer

I don't know what you're talking about

anonymous · Answer

then how can we get  anwser for any thing if do not have 0=start piont or maybe it a letter

anonymous · Answer

i think you might be replying to the wrong question I just figured out the answer anyway I realize that the derivative of anything in the form $$e ^{kx}=ke ^{kx}$$ so the answer is $$2e ^{2\theta} $$

anonymous · Answer

what was before e kx ?

anonymous · Answer

if=e e=mc x mc then i have    if = all start points

anonymous · Answer

there was nothing it's just a formula for figuring out equations in that form in calculus

anonymous · Answer

all math must have a start and a finsh

anonymous · Answer

what was befor  r

anonymous · Answer

later

anonymous · Answer

there was nothing lol