A cylinder can have a volume of $16\pi cm^3$. Use LaGrange multipliers to determine the dimensions of the can that yield the minimum surface area. a. What is the radius of the can with the minimum surface area? b. What is the height of the can with the minimum surface area? NEED LaGrange multipliers METHOD.
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Let's define the variables as follows: - r: the radius of the cylinder - h: the height of the cylinder The constraint equation is the volume of the cylinder, which is given as 16 cm^3: V = πr^2h = 16 Show more…
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