Problem 1QCE: Consider the surface integral fx,y,zdS. (a) If is a parametric surface whose vector equation is... Problem 2QCE: If is the triangular region with vertices 1,0,0,0,1,0,and0,0,1, then x+y+zdS= Problem 3QCE: If is the sphere of radius 2 centered at the origin, then x2+y2+z2dS= Problem 4QCE: If fx,y,z is the mass density function of a curved lamina , then the mass of is given by the... Problem 1ES: Evaluate the surface integral fx,y,zdS fx,y,z=x2; is the portion of the cone z=x2+y2 between the... Problem 2ES: Evaluate the surface integral fx,y,zdS fx,y,z=xy; is the portion of the plane x+y+z=1 lying in the... Problem 3ES: Evaluate the surface integral fx,y,zdS fx,y,z=x2y; is the portion of the cylinder x2+z2=1 between... Problem 4ES: Evaluate the surface integral fx,y,zdS fx,y,z=x2+y2z; is the portion of the sphere x2+y2+z2=4 above... Problem 5ES: Evaluate the surface integral fx,y,zdS fx,y,z=xyz; is the portion of the plane x+y=1 in the first... Problem 6ES: Evaluate the surface integral fx,y,zdS fx,y,z=x+y; is the portion of the plane z=62x3y in the first... Problem 7ES: Evaluate the surface integral fx,y,zdS fx,y,z=x+y+z; is the surface of the cube defined by the... Problem 8ES: Evaluate the surface integral fx,y,zdS fx,y,z=x2+y2; is the surface of the sphere x2+y2+z2=a2. Problem 9ES: Determine whether the statement is true or false. Explain your answer. If fx,y,z0on then fx,y,zdS0 Problem 10ES: Determine whether the statement is true or false. Explain your answer. If has surface area S, and... Problem 11ES: Determine whether the statement is true or false. Explain your answer. If models a curved lamina,... Problem 12ES: Determine whether the statement is true or false. Explain your answer. If is the portion of a plane... Problem 13ES: Sometimes evaluating a surface integral results in an improper integral. When this happens, one can... Problem 14ES: Sometimes evaluating a surface integral results in an improper integral. When this happens, one can... Problem 16ES: In some cases it is possible to use Definition 15.5.1 along with symmetry considerations to evaluate... Problem 17ES: In some cases it is possible to use Definition 15.5.1 along with symmetry considerations to evaluate... Problem 18ES: In some cases it is possible to use Definition 15.5.1 along with symmetry considerations to evaluate... Problem 19ES: Set up, but do not evaluate, an iterated integral equal to the given surface integral by projecting ... Problem 20ES: Set up, but do not evaluate, an iterated integral equal to the given surface integral by projecting ... Problem 21ES: Use a CAS to confirm that the three integrals you obtained in Exercise 19 are equal, and find the... Problem 22ES: Try to confirm with a CAS that the three integrals you obtained in Exercise 20 are equal. If you did... Problem 23ES: Set up, but do not evaluate, two different iterated integrals equal to the given integral. xyzdS,... Problem 24ES: Set up, but do not evaluate, two different iterated integrals equal to the given integral. x2ydS,... Problem 25ES: Use a CAS to confirm that the two integrals you obtained in Exercise 23 are equal, and find the... Problem 26ES: Use a CAS to find the value of the surface integral x2yzdS where the surface is the portion of the... Problem 27ES: Find the mass of the lamina with constant density 0. The lamina that is the portion of the circular... Problem 28ES: Find the mass of the lamina with constant density 0. The lamina that is the portion of the... Problem 29ES: Find the mass of the lamina that is the portion of the surface y2=4z between the planes... Problem 30ES: Find the mass of the lamina that is the portion of the cone z=x2+y2 between z=1andz=4 if the density... Problem 31ES: If a curved lamina has constant density 0, what relationship must exist between its mass and surface... Problem 32ES: Show that if the density of the lamina x2+y2+z2=a2 at each point is equal to the distance between... Problem 33ES: The centroid of a surface is defined by x=xdSareaof,y=ydSareaof,z=zdSareaof Find the centroid of... Problem 34ES: The centroid of a surface is defined by x=xdSareaof,y=ydSareaof,z=zdSareaof Find the centroid of... Problem 35ES: Evaluate the integral fx,y,zdS over the surface represented by the vector-valued function ru,.... Problem 36ES Problem 37ES Problem 38ES Problem 39ES: Use a CAS to approximate the mass of the curved lamina z=ex2y2 that lies above the region in the... Problem 40ES: The surface shown in the accompanying figure on the next page, called a Mobiusstrip, is represented... Problem 41ES: Discuss the similarities and differences between the definition of a surface integral and the... format_list_bulleted