Chapter 14: Q. 64 (page 1108)
Prove that if F is a conservative vector field, then the line integral of F along any smooth closed curve C is zero.
Short Answer
Hence, we prove that.
Chapter 14: Q. 64 (page 1108)
Prove that if F is a conservative vector field, then the line integral of F along any smooth closed curve C is zero.
Hence, we prove that.
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Get started for freeTrue/False: Determine whether each of the statements that follow is true or false. If a statement is true, explain why. If a statement is false, provide a counterexample.
(a) True or False: The result of integrating a vector field over a surface is a vector.
(b) True or False: The result of integrating a function over a surface is a scalar.
(c) True or False: For a region R in the
(d) True or False: In computing , the direction of the normal vector is irrelevant.
(e) True or False: If f (x, y, z) is defined on an open region containing a smooth surface S, then measures the flow through S in the positive z direction determined by f (x, y, z).
(f) True or False: If F(x, y, z) is defined on an open region containing a smooth surface S , then measures the flow through S in the direction of n determined by the field F(x, y, z).
(g) True or False: In computing ,the direction of the normal vector is irrelevant.
(h) True or False: In computing ,with n pointing in the correct direction, we could use a scalar multiple of n, since the length will cancel in the term.
Let a, b, and c be nonzero constants. Find a general formula for the area of the portion of the plane with equation that lies above a rectangle in thexy-plane.
Find the areas of the given surfaces in Exercises 21–26.
Sis the portion of the surface determined by that lies on the positive side of the yzplane (i.e., where )
What are the outputs of a vector field in the Cartesian plane?
Given a smooth parametrization for a “generalized cylinder” S, given by extending the curve y = x2 upwards and downwards from z =−2 to z = 3.
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