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Mathematics, 18.07.2019 22:30, ringo12384
4.2. consider the equilibrium diffusion equation for the mass density u(x) with no sources and no-flux boundary conditions on the domain x 2 [0; 100]. suppose there is 10 kg total of material in the domain. determine the solution u(x).
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Mathematics, 22.06.2019 02:00, dontcareanyonemo
Emmanuel added 888 links per minute to his chain mail. allesia started 202020 minutes after emmanuel and added 131313 links per minute to her chain mail. how long had emmanuel worked when allesia caught up to him, and how many links had he added?
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4.2. consider the equilibrium diffusion equation for the mass density u(x) with no sources and no-fl...
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