Set up the integrals (No need to compute) for the volumes of solids of revolution by revolving the templates enclosed by the x axis, y = ln(x) and the line x = e. A. about y = 3 using the washer method. Draw and show the formulas for the radii R and r. B. about y = 3 using cylindrical shell method. Draw and show the radius r and the height h of the cylinder clearly
2. Set up the integrals (No need to compute) for the volumes of solids of revolution
by revolving the templates enclosed by the x axis, y = ln(x) and the line x = e.
A. about y = 3 using the washer method.
Draw and show the formulas for the radii R and r.
B. about y = 3 using cylindrical shell method.
Draw and show the radius r and the height h of the cylinder clearly
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this is wrong can someone else do it.
2. Set up the integrals (No need to compute) for the volumes of solids of revolution
by revolving the templates enclosed by the x axis, y = ln(x) and the line x = e.
A. about y = 3 using the washer method.
Draw and show the formulas for the radii R and r.
B. about y = 3 using cylindrical shell method.
Draw and show the radius r and the height h of the cylinder clearly.