Problem Set 29: Calculus of Vector Fields - Prof. Eric Key, Assignments of Analytical Geometry and Calculus

A set of calculus problems focusing on vector fields and line integrals. The problems involve finding line integrals of vector fields over given curves, as well as determining the regions enclosed by the curves. The vector fields are defined by their partial derivatives.

Typology: Assignments

Pre 2010

Uploaded on 03/28/2010

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Problem Set 29, Due
(1) Suppose that
∂Q
∂x =P
∂y + 2
and the simple closed positively oriented curve Cencloses a region Dof
area 3. Compute
ZC
< P, Q > ·dR.
(2) Consider positively oriented curve E(t) =<4 cos(t),5 sin(t)>,t[0,2π].
Trace this curve. What region does it enclose? Now suppose that
∂Q
∂x =P
∂y +x
Compute
ZC
< P, Q > ·dR.
(3) Suppose that the positively oriented simple closed curve Cencloses a region
Dwhose moment of inertia around the origin is I. If
∂Q
∂x P
∂y = 2x2+ 2y2
then what is ZC
< P, Q > ·dR?
1

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Problem Set 29, Due (1) Suppose that ∂Q ∂x

∂P

∂y

and the simple closed positively oriented curve C encloses a region D of area 3. Compute (^) ∫

C

< P, Q > · dR.

(2) Consider positively oriented curve E(t) =< 4 cos(t), 5 sin(t) >, t ∈ [0, 2 π]. Trace this curve. What region does it enclose? Now suppose that ∂Q ∂x

∂P

∂y

  • x Compute (^) ∫

C

< P, Q > · dR.

(3) Suppose that the positively oriented simple closed curve C encloses a region D whose moment of inertia around the origin is I. If ∂Q ∂x

− ∂P

∂y = 2x^2 + 2y^2 then what is (^) ∫

C

< P, Q > · dR?

1