SOLUTION: Find dy/dx given that y=1+x^(2)e^(y)

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Question 223602: Find dy/dx given that y=1+x^(2)e^(y)
Answer by jsmallt9(3758)   (Show Source): You can put this solution on YOUR website!
To find dy/dx we will need to understand:
I hope you understand most of these because I am not going to go into great detail.

We'll start by
So let's define u(x) = 1 and v(x) = . This allows us to rewrite the equation as:
y = u + v
And the derivative is easy for sums of functions:
Equation y' = u' + v'
u' is easy but v' is not. So we will break v into smaller pieces. Let's define and . This makes v = p*q. And the derivative of this product of functions:
v' = p*q' + q*p'
By the Chain rule,
q' =
and p' is an easy derivative:
p' = 2x
so by substituting these into v' = p*q' + q*p' we get:
v' = *y' +
Now by substituting u' (which is 0) and v' (above) into y' = u' + v' we get:
y' = *y' +
which simplifies to:
y' = *y' +
Now all we need to do is solve for y'. Start by subtracting *y' from both sides. This will gather the y' terms on the left side:
y' - *y' =
Next we'll factor out y' on the left side:
y'* =
And finally divide both sides by :
y' = dy/dx =

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