What's the best way to integrate this?

jmbeach1

New member
Joined
Nov 22, 2015
Messages
1
I'm working on a line integral problem and after it's parameterized, it is:
latex_998e618de0eefbd9903c4e7898fac883.png

Is there a better way to solve this than just expanding it out? I don't think I can use u-substitution. Can I use integration by parts?:confused:
 

Attachments

  • latex_eca1a7e1d0e62656b617a48fac014340.jpg
    latex_eca1a7e1d0e62656b617a48fac014340.jpg
    10.3 KB · Views: 1
  • latex_8b88a4be35d75c4a53597aebfbbbfe58.jpg
    latex_8b88a4be35d75c4a53597aebfbbbfe58.jpg
    10.7 KB · Views: 1
I'm working on a line integral problem and after it's parameterized, it is:
latex_998e618de0eefbd9903c4e7898fac883.png

Is there a better way to solve this than just expanding it out? I don't think I can use u-substitution. Can I use integration by parts?:confused:

attachment.php


Is it t2 (some variable or constant t2) or t*2 (t multiplied by 2) or t2 (t*t = t square)?
 
I'm working on a line integral problem and after it's parameterized, it is:
latex_998e618de0eefbd9903c4e7898fac883.png

Is there a better way to solve this than just expanding it out? I don't think I can use u-substitution. Can I use integration by parts?:confused:
If t2 is t*2 or t^2 then the function being integrated is a polynomial.

Expand the polynomial and integrate term-by-term.
 
Top