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	6.3.42 The region bounded is rotated about the specified axis. x = (y - 3)^2, x = 4 about y = 1 (Sofia Veloso Magioli e Mello) View
	6.3.41 The region bounded is rotated about the specified axis. x^2 + (y - 1)^2 = 1 about the y-axis (Sofia Veloso Magioli e Mello) View
	6.3.39 The region bounded is rotated about the specified axis. y^2 - x^2 = 1, y = 2 about the x-axis (Sofia Veloso Magioli e Mello) View
	6.3.37 The region bounded is rotated about the specified axis. y =-x^2 + 6x -8, y=0 about the y-axis (Sofia Veloso Magioli e Mello) View
	6.3.38 The region bounded is rotated about the specified axis. y =-x^2 + 6x -8, y=0 about the x-axis (Sofia Veloso Magioli e Mello) View
	6.2.12Find the volume of the solid obtained by rotating the region y = e^-x, y =1, x = 2 about y = 2 (Sofia Veloso Magioli e Mello) View
	6.3.4Use the method of cylindrical shells to find the volume. y=x^(3), y=0, x=1 x=2 about the y-axis (Sofia Veloso Magioli e Mello) View
	6.3.16Use cylindrical shells to find the volume by rotating. y = x^(1/2), y = 0, x = 1; about x = -1 (Sofia Veloso Magioli e Mello) View
	6.3.25 Set up an integral for the volume of the solid. x = (siny)^(1/2), x = 0; about y = 4 (Sofia Veloso Magioli e Mello) View
	6.2.4 Find the volume of the solid by rotating y =(25 - x^2)^1/2, y=0, x=2 x=4 about the x-axis (Sofia Veloso Magioli e Mello) View