5. a. Find the equilibria value(s) for the differential equation = y(y – 10)(25 – y) = g(y). b. Sketch a graph of g(y) and make a vector field plot for this differential equation. Using this plot, decide which equilibrium values are stable or not stable. c. Sketch possible solutions for y(t) based on your plot. Y(t)

Advanced Engineering Mathematics
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Chapter2: Second-order Linear Odes
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5. a. Find the equilibria value(s) for the differential equation = y(y – 10)(25 –y) = g(v).
b. Sketch a graph of g(y) and make a vector field plot for this differential equation. Using this plot ,
decide which equilibrium values are stable or not stable .
c. Sketch possible solutions for y(t) based on your plot.
Y(t)
Page 8 / 1
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Transcribed Image Text:5. a. Find the equilibria value(s) for the differential equation = y(y – 10)(25 –y) = g(v). b. Sketch a graph of g(y) and make a vector field plot for this differential equation. Using this plot , decide which equilibrium values are stable or not stable . c. Sketch possible solutions for y(t) based on your plot. Y(t) Page 8 / 1 Q + - t
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