The growth of cancerous tumors can be modeled by the Gompertz law N = -aN log(bN),...
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The growth of cancerous tumors can be modeled by the Gompertz law N = -aN log(bN), where N(t) is proportional to the number of cells in the tumor and a, b>0 are parameters. Find the fixed points of this model and discuss their stability. Sketch the graph of the 1 solution N(t) which starts at N(0) = 26 The growth of cancerous tumors can be modeled by the Gompertz law N = -aN log(bN), where N(t) is proportional to the number of cells in the tumor and a, b>0 are parameters. Find the fixed points of this model and discuss their stability. Sketch the graph of the 1 solution N(t) which starts at N(0) = 26
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