Problem 19. Consider the differential equation y =f (x), where the graph of the functionf is shown below. Use this graph to construct a slope field for this differential equation, then use your slope field to approximate the graph of the solution which passes through the point (-1,1) and the solution which passes through the point -4,-1). 33

Advanced Engineering Mathematics
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Chapter2: Second-order Linear Odes
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Problem 19. Consider the differential equation y =f(x), where the graph of the function f is shown below. Use this graph
to construct a slope field for this differential equation, then use your slope field to approximate the graph of the solution which
passes through the point (-1,1) and the solution which passes through the point -4,-1).
25
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Transcribed Image Text:Problem 19. Consider the differential equation y =f(x), where the graph of the function f is shown below. Use this graph to construct a slope field for this differential equation, then use your slope field to approximate the graph of the solution which passes through the point (-1,1) and the solution which passes through the point -4,-1). 25 20
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