Let F = (ax + by + 10z) i + (x + cz) j + (7y + mx) k
where a, b,c, and m are constants.
a) Suppose that the flux of F through any closed surface is 0. Which of the constants can be determined?
a
m
b
c
b) Suppose instead that the circulation of
F around any closed curve is 0. Find the value of each.
b =
c =
m =
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OpenStudy (anonymous):
@myininaya can you help me out
OpenStudy (anonymous):
@satellite73
OpenStudy (anonymous):
@Jhannybean can you help me please
OpenStudy (anonymous):
@dan815 can you help me please
OpenStudy (dan815):
ok
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OpenStudy (dan815):
div F integrated in the volume of the closed surface =0
OpenStudy (dan815):
if circulation around any loop is zero then Curl F =0
OpenStudy (anonymous):
so is either a or m? @dan815
OpenStudy (dan815):
for a)
u are setting div F =0
OpenStudy (dan815):
everything but a goes to zero when u take the divergence
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OpenStudy (dan815):
so a=0
OpenStudy (dan815):
part b) do curl F and and tell me what u get
OpenStudy (anonymous):
so you can only determined a?
OpenStudy (dan815):
yes
OpenStudy (dan815):
div F = a
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OpenStudy (dan815):
right
OpenStudy (dan815):
and u know that the integral of a over all volume =0 there fore a must be zero
OpenStudy (anonymous):
curl f = (7-c)i - (m-10)j + (1-b)k
OpenStudy (dan815):
ok
OpenStudy (dan815):
therefore c=7, m=10,b=1
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