2. Given are functions g(x) =x and h(x) = 1–. The area enclosed by these two functions, the line x = 4 and the x-axis is rotated around the x-axis (see figure 1). Find the volume of the solid of revolution that arises by rotating this area. g(x) h(x) Figure 1: Functions g(x), h(x) and line x=4.

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ISBN:9780470458365
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2. Given are functions g(x) =x and h(x) = 1-. The area
enclosed by these two functions, the line x = 4 and the x-axis
is rotated around the x-axis (see figure 1). Find the volume of
the solid of revolution that arises by rotating this area.
g(x)
h(x)
2
3
Figure 1: Functions g(x), h(x) and line x=4.
Transcribed Image Text:2. Given are functions g(x) =x and h(x) = 1-. The area enclosed by these two functions, the line x = 4 and the x-axis is rotated around the x-axis (see figure 1). Find the volume of the solid of revolution that arises by rotating this area. g(x) h(x) 2 3 Figure 1: Functions g(x), h(x) and line x=4.
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