Can you slove this?Verify divergence theorem for the given plane?
-2
$begingroup$
The vector field is A=$2x^2y{bf{i}}-y^2{bf{j}}+4xz^2{bf{k}}$
taken over the region in the first octant bounded by $y^2+z^2=9$ and x=2.
calculus vectors divergence
asked Jan 10 at 6:31
Imtiaj SifatImtiaj Sifat
11
$endgroup$
add a comment |
-2
$begingroup$
The vector field is A=$2x^2y{bf{i}}-y^2{bf{j}}+4xz^2{bf{k}}$
taken over the region in the first octant bounded by $y^2+z^2=9$ and x=2.
calculus vectors divergence
asked Jan 10 at 6:31
Imtiaj SifatImtiaj Sifat
11
$endgroup$
$begingroup$
This one is a legit question similar to other one. I just need help.
$endgroup$
– Imtiaj Sifat
Jan 13 at 16:24
add a comment |
-2
-2
-2
$begingroup$
The vector field is A=$2x^2y{bf{i}}-y^2{bf{j}}+4xz^2{bf{k}}$
taken over the region in the first octant bounded by $y^2+z^2=9$ and x=2.
calculus vectors divergence
asked Jan 10 at 6:31
Imtiaj SifatImtiaj Sifat
11
$endgroup$
The vector field is A=$2x^2y{bf{i}}-y^2{bf{j}}+4xz^2{bf{k}}$
taken over the region in the first octant bounded by $y^2+z^2=9$ and x=2.
calculus vectors divergence
calculus vectors divergence
asked Jan 10 at 6:31
Imtiaj SifatImtiaj Sifat
11
asked Jan 10 at 6:31
Imtiaj SifatImtiaj Sifat
11
edited Jan 13 at 16:23
Imtiaj Sifat
asked Jan 10 at 6:31
Imtiaj SifatImtiaj Sifat
11
asked Jan 10 at 6:31
Imtiaj SifatImtiaj Sifat
11
asked Jan 10 at 6:31
Imtiaj SifatImtiaj Sifat
11
11
$begingroup$
This one is a legit question similar to other one. I just need help.
$endgroup$
– Imtiaj Sifat
Jan 13 at 16:24
add a comment |
$begingroup$
This one is a legit question similar to other one. I just need help.
$endgroup$
– Imtiaj Sifat
Jan 13 at 16:24
$begingroup$
This one is a legit question similar to other one. I just need help.
$endgroup$
– Imtiaj Sifat
Jan 13 at 16:24
$begingroup$
This one is a legit question similar to other one. I just need help.
$endgroup$
– Imtiaj Sifat
Jan 13 at 16:24
add a comment |
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$begingroup$
This one is a legit question similar to other one. I just need help.
$endgroup$
– Imtiaj Sifat
Jan 13 at 16:24