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Input:
pdsolve(ds(y,t)=d(exp(x)*d(y(x))))
Write:
`pdsolve(ds(y,t)=d(exp(x)*d(y(x))))`
Compute:
$$pdsolve(\frac{dy}{dt} =\frac{d}{dx} exp(x)\ \frac{d}{dx} y(x))$$
Output:
$$pdsolve(\frac{dy}{dt} =\frac{d}{dx} exp(x)\ \frac{d}{dx} y(x))== C_1+C_2+exp((-C_1)-x)+C_3\ (t-exp((-x))\ x)$$
Result: $$C_1+C_2+exp((-C_1)-x)+C_3\ (t-exp((-x))\ x)$$
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