Match the Function with the Graph That Best Describes the Situation

Multiple Choice

Match the function with the graph that best describes the situation.
-A steel can in the shape of a right circular cylinder must be designed to hold 550 cubic centimeters of juice (see figure) . It can be shown that the total surface area of the can (including the ends) is given by S(r) $$S ( r ) = 2 \pi r ^ { 2 } + \frac { 1,100 } { r }$$ where r is the radius of the can in centimeters. Using the TABLE feature of a graphing utility, find the radius
That minimizes the surface area (and thus the cost) of the can. Round to the nearest tenth of a centimeter.

A) 0 cm
B) 5.6 cm
C) 4.4 cm
D) 3.6 cm