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The differential equation is $\"\"$ and the point is $\"\"$

(a) Graph:

Graph the differential equation $\"\"$ . \

Now draw a solution curve so that it move parallel to the near by segments.

In the similar manner, draw few more solutions of the differential equation.

One of the solution of the differential equation should pass through the point $\"\"$ .

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(b)

Consider $\"\"$ .

Rewrite the equation. \ \

$\"\"$ .

Integrate on each side.

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Identity property: $\"\"$

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Substitute the point $\"\"$ in above solution.

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Substitute $\"\"$ in solution function.

$\"\"$ .

Solution of the differential equation passing through $\"\"$ is $\"\"$ .

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Graph the solution of the differential equation $\"\"$ .

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(a) Differential equation with two approximate solutions is \ \

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(b) Solution of the differential equation passing through $\"\"$ is $\"\"$ .

Graph the solution curve $\"\"$ is \ \

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