Please help!!!!!
Ill fan and medal

Question

Please help!!!!!
Ill fan and medal <3

anonymous · Answer

whats the question?

anonymous · Answer

......

agent47 · Answer

Find the slope of the line perpendicular to y=mx-b+Int(e^x-x^2+3x-1, x, inf)

anonymous · Answer

Oh I cant do slope. sorry.

agent47 · Answer

:( can anyone help me?

agent47 · Answer

oops, typ-o
y=mx-b+Int(e^x-x^2+3x-1, x, -inf, 0)

shamil98 · Answer

lemme do it pls

agent47 · Answer

i dont trust ur ansurs. Last one was wrong!

shamil98 · Answer

LOL

anonymous · Answer

Let him do it, people make mistakes once in awhile, that is how we learn

agent47 · Answer

okkkkk

anonymous · Answer

i don't even understand the question

agent47 · Answer

Find the slope of the line perpendicular to
$$y=mx-b+Integral(e^x-x^2+3x-1, \space x, -\infty, 0)$$

anonymous · Answer

$$y=mx+b+\int_{-\infty}^0(e^x-x^2+3x-1)dx$$

agent47 · Answer

omg yes! sorry i couldnt get the integral sign to work ><

anonymous · Answer

if that is the question, then it is $-\frac{1}{m}$ since the integral, if it converges, is a number

anonymous · Answer

here is the answer. −1/m i did it on  a piece of paer.

agent47 · Answer

how can i prove that the integral converges though?

anonymous · Answer

anonymous · Answer

i don't think it converges however

agent47 · Answer

satellite, can you fan me so that i can message you? I just need to send one message.

anonymous · Answer

maybe it is 
$$\large y=mx+b+\int_{-\infty}^0(e^{x-x^2+3x-1})dx$$