Question

Could someone explain why this is (x+2)?

Answer 1

I don't understand why the answer is (x+2)e^x

Answer 2

May I help?

Answer 3

Sure!

Answer 4

Thank you.

Answer 5

Are you familiar with the derivatives?

Answer 6

Yes

Answer 7

I'm just starting to learn the product rule

Answer 8

at f'(x) or at f''(x)??

Answer 9

at f(x)

Answer 10

mean f'(x)

Answer 11

What?

Answer 12

Where are you stuck?

Answer 13

I'm stuck on why the end answer is (x+2)e^x. Why x + 2?

Answer 14

ok
the result of f'(x) =(x+1)e^x got it? satisfied?

Answer 15

I know that, I'm talking about part b)

Answer 16

Ok
I just want to be agree about one point where we will take off!

Answer 17

f''(x)=(x+1).[e^x]+(e^x)[1]

Answer 18

ok here?

Answer 19

Yeah

Answer 20

So can you simplify it a little bit?

Answer 21

(x+1)e^x + e^x

Answer 22

take e^x as a common!

Answer 23

@LifeIsADangerousGame

Answer 24

I don't really understand, but that's okay! Thank yo ufor taking the time to help me

Answer 25

Please can I continue?

Answer 26

If you want you can, but I kind of already started working on the quotient rule

Answer 27

One min , no more!
May I?

Answer 28

\[(x+1)e^x + e^x=e^x[(x+1)+1]=e^x[x+2]\]
That is it!
I hope you got what you are looking for!

Answer 29

Ohh! That makes sense. Thank you!!

Answer 30

I told you it takes 1 min no more
Hope that helps