Use Maple to perform the following. a. (1 pt) Plot (in 3-d) a bowl whose height is 4 inches (i.e., B=4) (note: the bottom of the bowl will not be shown in the graph). Use the scaling=constrained option so that the axes all use the same scale. Note: you will have to use parametric equations. The surface area of the solid generated by revolving a curve f(x) around the x-axis between x = a and x = b is given by the formula: SA 2** (x)/1+ ((*)*dx b. (2.5 pts) Define a Maple expression that represents the total surface area of a bowl of height B inches. (Don't forget to include the bottom!) If your results contain csgn, use the assume command to assume that B is positive. Use simplify to simplify your results, if necessary. c. (1.5 pts) What is the total surface area of a bowl whose height is 6 inches? Give both the symbolic and numeric values, using simplfy to simplify your results, if necessary. Use Maple to perform the following. a. (1 pt) Plot (in 3-d) a bowl whose height is 4 inches (i.e., B=4) (note: the bottom of the bowl will not be shown in the graph). Use the scaling=constrained option so that the axes all use the same scale. Note: you will have to use parametric equations. The surface area of the solid generated by revolving a curve f(x) around the x-axis between x = a and x = b is given by the formula: SA 2** (x)/1+ ((*)*dx b. (2.5 pts) Define a Maple expression that represents the total surface area of a bowl of height B inches. (Don't forget to include the bottom!) If your results contain csgn, use the assume command to assume that B is positive. Use simplify to simplify your results, if necessary. c. (1.5 pts) What is the total surface area of a bowl whose height is 6 inches? Give both the symbolic and numeric values, using simplfy to simplify your results, if necessary