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14.4 Center of Mass Note: the equation for this surface is ρ= sinφ (in spherical coordinates)

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Presentation on theme: "14.4 Center of Mass Note: the equation for this surface is ρ= sinφ (in spherical coordinates)"— Presentation transcript:

1 14.4 Center of Mass Note: the equation for this surface is ρ= sinφ (in spherical coordinates)

2

3 Example 1 Find the mass of the triangular lamina with vertices (0,0), (0,3), and (2,3) given that the density at (x,y) is ρ(x,y) = 2x + y

4 Solution to Example 1

5 Example 2 (hint convert to polar coordinates) Find the mass of the lamina corresponding to the first-coordinate portion of the circle

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7 Finding Center of Mass

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9 Example 3 Find the center of mass of the lamina corresponding to the given parabolic region

10 Example 3 solution part 1

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12 "A mathematician is a blind man in a dark room looking for a black cat which isn't there." -- Charles Darwin (quoted by Jaime Escalante in the film, STAND and DELIVER)

13 Figure 14.37

14 Figure 14.39

15 Figure 14.40


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