Find the flux of F = out of (a) the disk + $\le$ , (b) an arbitrary plane region not containing the origin in its interior or on its boundary, and (c) an arbitrary plane region containing the origin in its interior.
A) (a) 0 $~~~~~~~~$(b) 0 $~~~~~~~~$(c) 0
B) (a) 2 $\pi$ $~~~~~~~~$(b) 0 $~~~~~~~~$(c) 2 $\pi$
C) (a) 2 $\pi$a $~~~~~~~~$(b) 0 $~~~~~~~~$(c) 2 $\pi$
D) (a) 0 $~~~~~~~~$(b) 2 $\pi$ $~~~~~~~~$(c) 0
E) None of the above

Question

Find the flux of F =  out of (a) the disk  +  $\le$ , (b) an arbitrary plane region not containing the origin in its interior or on its boundary, and (c) an arbitrary plane region containing the origin in its interior.
A) (a) 0 $~~~~~~~~$(b) 0 $~~~~~~~~$(c) 0 
B) (a) 2 $\pi$ $~~~~~~~~$(b) 0 $~~~~~~~~$(c) 2 $\pi$ 
C) (a) 2 $\pi$a $~~~~~~~~$(b) 0 $~~~~~~~~$(c) 2 $\pi$ 
D) (a) 0 $~~~~~~~~$(b) 2 $\pi$ $~~~~~~~~$(c) 0 
E) None of the above

Quizplus · Accepted Answer

The Answer of Find the flux of F =  out of (a) the disk  +  $\le$ , (b) an arbitrary plane region not containing the origin in its interior or on its boundary, and (c) an arbitrary plane region containing the origin in its interior.
A) (a) 0 $~~~~~~~~$(b) 0 $~~~~~~~~$(c) 0 
B) (a) 2 $\pi$ $~~~~~~~~$(b) 0 $~~~~~~~~$(c) 2 $\pi$ 
C) (a) 2 $\pi$a $~~~~~~~~$(b) 0 $~~~~~~~~$(c) 2 $\pi$ 
D) (a) 0 $~~~~~~~~$(b) 2 $\pi$ $~~~~~~~~$(c) 0 
E) None of the above

Find the Flux of F = Out of (A) ≤\le≤

Find the Flux of F = Out of (A) $\le$