Chapter 14: Q. 5 (page 1119)
Compute a general formula for dS for any plane
Short Answer
a
Chapter 14: Q. 5 (page 1119)
Compute a general formula for dS for any plane
a
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Get started for freeIntegrate the given function over the accompanying surface in Exercises 27–34.
, where S is the portion of the paraboloid that lies above the rectangle determined by and in the xyplane.
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 ?
Why is in Green’s Theorem replaced by in Stokes’ Theorem?
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