Let f(x) be a function of single variable whose graph y = f(x) looks like so: x I am not concerned by the exact expression for f, but if it bothers you that I did not give you a specific f feel free to use something like f(x) = 3 + sin(x). Let S denote the surface formed by the graph of f after it rotates around the x-axis, and let Σ denote the surface formed by the graph of f as it rotates around the y-axis. 2 1. Parametrize and illustrate S. Make sure you show grid-lines and indicate the directions in which coordinate vector fields are pointing.

Advanced Engineering Mathematics
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Chapter2: Second-order Linear Odes
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3 Parametrizations / Curvilinear transformations
Let f(x) be a function of single variable whose graph y = f(x) looks like so:
y
X
I am not concerned by the exact expression for f, but if it bothers you that I did not give you a
specific f feel free to use something like f(x) = 3 + sin(x).
Let S denote the surface formed by the graph of f after it rotates around the x-axis, and let Σ
denote the surface formed by the graph of f as it rotates around the y-axis.
2
1. Parametrize and illustrate S. Make sure you show grid-lines and indicate the directions in which
coordinate vector fields are pointing.
Transcribed Image Text:3 Parametrizations / Curvilinear transformations Let f(x) be a function of single variable whose graph y = f(x) looks like so: y X I am not concerned by the exact expression for f, but if it bothers you that I did not give you a specific f feel free to use something like f(x) = 3 + sin(x). Let S denote the surface formed by the graph of f after it rotates around the x-axis, and let Σ denote the surface formed by the graph of f as it rotates around the y-axis. 2 1. Parametrize and illustrate S. Make sure you show grid-lines and indicate the directions in which coordinate vector fields are pointing.
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