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Solve the initial value problem: dy=e^(2...

Solve the initial value problem: `dy=e^(2x+y)dx ,y(0)=0.`

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`dy=e^(2x+y)dx `
`e^(-y)dy=e^(2x)dx`
Integrating,
`int e^(-y)dy=int e^(2x)dx`
`-e^(-y)=e^(2x)/2+C`
When `x=0,y=0`
So,
`-e^(0)=e^(0)/2+C`
...
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