The intersection of the ellipsoid x? + 4y? +z? = 36 with the plane z = V3x gives an ellipse C. A) Write a parametrization of this ellipse r(t) for 0 sts2x. r(t)= (]cost,sint, cos t). B) In order to do the line integral of the function 4 f(x,y.z) =, 16 36 36 over this ellipse one must find the integral of (enter the appropriate number in each term which appears in the integrand) 2x f ds = ] JOsin ?t +O cos ?t) dt

Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
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Chapter2: Second-order Linear Odes
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The intersection of the ellipsoid
x² + 4y? + z? = 36
with the plane
Z = 3x
gives an ellipse C.
A) Write a parametrization of this ellipse r(t) for 0st<2n.
r(t)= (cost,sint,
cos t).
B) In order to do the line integral of the function
4
f(x.у,2) 3D
16
+
36
36
over this ellipse one must find the integral of (enter the appropriate number in each term which appears in the integrand)
2n
So
|sin2t + cos 2t) dt
f ds =
Transcribed Image Text:The intersection of the ellipsoid x² + 4y? + z? = 36 with the plane Z = 3x gives an ellipse C. A) Write a parametrization of this ellipse r(t) for 0st<2n. r(t)= (cost,sint, cos t). B) In order to do the line integral of the function 4 f(x.у,2) 3D 16 + 36 36 over this ellipse one must find the integral of (enter the appropriate number in each term which appears in the integrand) 2n So |sin2t + cos 2t) dt f ds =
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