Problem 1P: The following notation is used in the problems: M=mass, x,y,z= coordinates of center of mass (or... Problem 2P: The following notation is used in the problems: M=mass, x,y,z= coordinates of center of mass (or... Problem 3P: The following notation is used in the problems: M=mass, x,y,z= coordinates of center of mass (or... Problem 4P Problem 5P: The following notation is used in the problems: M=mass, x,y,z= coordinates of center of mass (or... Problem 6P: The following notation is used in the problems: M=mass, x,y,z= coordinates of center of mass (or... Problem 7P: The following notation is used in the problems: M=mass, x,y,z= coordinates of center of mass (or... Problem 8P: The following notation is used in the problems: M=mass, x,y,z= coordinates of center of mass (or... Problem 9P: The following notation is used in the problems: M=mass, x,y,z= coordinates of center of mass (or... Problem 10P: The following notation is used in the problems: M=mass, x,y,z= coordinates of center of mass (or... Problem 11P: The following notation is used in the problems: M=mass, x,y,z= coordinates of center of mass (or... Problem 12P: Prove the following two theorems of Pappus: The area A inside a closed curve in the x,y plane, y0,... Problem 13P: Prove the following two theorems of Pappus: An arc in the x,y plane, y0, is revolved about the x... Problem 14P: Prove the following two theorems of Pappus: Use Problems 12 and 13 to find the volume and surface... Problem 15P: Prove the following two theorems of Pappus: Use Problems 12 and 13 to find the centroids of a... Problem 16P: Prove the following two theorems of Pappus: Let a curve y=fx be revolved about the x axis, thus... Problem 17P: In Problems 17 to 30, for the curve y=x, between x=0 and x=2, find The area under the curve. Problem 18P: In Problems 17 to 30, for the curve y=x, between x=0 and x=2, find The arc length. Problem 19P: In Problems 17 to 30, for the curve y=x, between x=0 and x=2, find The volume of the solid generated... Problem 20P: In Problems 17 to 30, for the curve y=x, between x=0 and x=2, find The curved area of this solid. Problem 21P: In Problems 17 to 30, for the curve y=x, between x=0 and x=2, find 21, 22, 23. The centroids of the... Problem 22P: In Problems 17 to 30, for the curve y=x, between x=0 and x=2, find 21, 22, 23. The centroids of the... Problem 23P: In Problems 17 to 30, for the curve y=x, between x=0 and x=2, find 21, 22, 23. The centroids of the... Problem 24P: In Problems 17 to 30, for the curve y=x, between x=0 and x=2, find 24, 25, 26, 27. The moments of... Problem 25P: In Problems 17 to 30, for the curve y=x, between x=0 and x=2, find 24, 25, 26, 27. The moments of... Problem 26P: In Problems 17 to 30, for the curve y=x, between x=0 and x=2, find 24, 25, 26, 27. The moments of... Problem 27P: In Problems 17 to 30, for the curve y=x, between x=0 and x=2, find 24, 25, 26, 27. The moments of... Problem 28P: In Problems 17 to 30, for the curve y=x, between x=0 and x=2, find The mass of a wire bent in the... Problem 29P: In Problems 17 to 30, for the curve y=x, between x=0 and x=2, find The mass of the solid of... Problem 30P: In Problems 17 to 30, for the curve y=x, between x=0 and x=2, find The moment of inertia about the y... Problem 31P: Revolve the curve y=x1, from x=1 to x=, about the x axis to create a surface and a volume. Write... Problem 32P: Use a computer or tables to evaluate the integral in (3.2) and verify that the answer is equivalent... Problem 33P: Verify that (3.10) gives the same result as (3.8). format_list_bulleted