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Vector integral

  1. Dec 12, 2008 #1
    Hi,
    How do integrate this? I wish to see it step by step and I'm glad for any help i can get.
    [tex]\int_{ \vec{r}\in{A}} \frac{ \vec{v}+ \vec{\omega}\times\vec{r}}{| \vec{v}+ \vec{\omega}\times\vec{r}|}d^{2}r[/tex]
    where A is area of disk with radius R.
     
  2. jcsd
  3. Dec 12, 2008 #2
    Can you explain some details? Where does the integral come from? Are v and omega constant for all r? Is omega perpendicular to the disk?
     
  4. Dec 12, 2008 #3
    [tex]\omega[/tex] is the angular velocity of the disk, v is the translational velocity. v and [tex]\omega[/tex] are constants. Integration extends over the area of the disk with [tex]\vec{r}[/tex] vectors starting at the center.
     
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