If the vector field in Example 1c describes the velocity of a fluid and place a small cork in the plane at (2, 0), what path will it follow? Example 1 Vector fields Sketch representative vectors of the following vector fields. a. F( x, y ) = 〈 0 , x 〉 = x j (a shear field) b. F( x, y ) = 〈 1 − y 2 , 0 〉 = (1 − y 2 ) i , for | y | ≤ 1(channel flow) c. F( x, y ) = 〈 − y , x 〉 = − y i + x j (a rotation field)
If the vector field in Example 1c describes the velocity of a fluid and place a small cork in the plane at (2, 0), what path will it follow? Example 1 Vector fields Sketch representative vectors of the following vector fields. a. F( x, y ) = 〈 0 , x 〉 = x j (a shear field) b. F( x, y ) = 〈 1 − y 2 , 0 〉 = (1 − y 2 ) i , for | y | ≤ 1(channel flow) c. F( x, y ) = 〈 − y , x 〉 = − y i + x j (a rotation field)
A net is dipped in a river. Determine the
flow rate of water across the net if the
velocity vector field for the river is given
by v=(x-y,z+y+7,z2) and the net is
decribed by the equation y=1-x2-z2, y20,
and oriented in the positive y- direction.
(Use symbolic notation and fractions
where needed.)
Match the vector fields:
?
curl(F)=0
?
curl(F)=2
V 2. div(F)=0,
?
curl(F)=0
?
V 3. div(F)=-1,
1. div(F)=4,
?
curl(F)=1
V 4. div(F)=-2,
V 5. div(F)=-2,
curl(F)=-1
?
curl(F)=3
6. div(F)=2,
A
D
B
E
C
F
If the vector field given below section c describes the velocity of a fluid and you place a small cork in the plane at (2, 0), what path will it follow?
Vector fields Sketch representative vectors of the following vector fields.a. F (x, y) = ⟨0, x⟩ = x j (a shear field)b. F (x, y) = ⟨1 - y2, 0⟩ = (1 - y2) i, for | y | ≤ 1 (channel flow)c. F (x, y) = ⟨ -y, x⟩ = -y i + x j (a rotation field)
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