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13 Nov 2019
3r Consider a cylindrical cell with radius ' and height 2 Assume that the cell gains energy at a rate proportional to its surface area (G.e., nutrients diffusing in from outside of the cell) and that the cell loses energy at a rate proportional to its volume (i.e., all parts of the cell are using energy). If the cell is trying to maximize its net gain of energy, determine the optimal value of r . Note: Your final expression will depend on your proportionality constants. use α as the proportionality constant for the energy gained and β as the proportionality constant for the energy lost. Enter the exact answer 12
3r Consider a cylindrical cell with radius ' and height 2 Assume that the cell gains energy at a rate proportional to its surface area (G.e., nutrients diffusing in from outside of the cell) and that the cell loses energy at a rate proportional to its volume (i.e., all parts of the cell are using energy). If the cell is trying to maximize its net gain of energy, determine the optimal value of r . Note: Your final expression will depend on your proportionality constants. use α as the proportionality constant for the energy gained and β as the proportionality constant for the energy lost. Enter the exact answer 12
Casey DurganLv2
4 Nov 2019