Question: Using constrained Lagrange optimization, find the dimensions of a cylindrical tin (with top and bottom) made up of sheet metal that maximizes its volume such

Using constrained Lagrange optimization, find the dimensions of a cylindrical tin (with top and bottom) made up of sheet metal that maximizes its volume such that the total surface area is equal to 24 b) Report on the Lagrange multiplier c) How do you know that it is the maximum volume c) What is the maximum volume

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