Home | math | handbook | dictionary | function | eq. | graphics | coding | example | help | ? | 中文
Input:
dsolve(ds(y,t)=ds(y)-2y)
Write:
`dsolve(ds(y,t)=ds(y)-2y)`
Compute:
$$dsolve(\frac{dy}{dt} =\frac{dy}{dx} -2\ y)$$
Output:
$$dsolve(\frac{dy}{dt} =\frac{dy}{dx} -2\ y)== C_1\ exp((-2)\ t)$$ Result: $$C_1\ exp((-2)\ t)$$
zoom graph by mouse wheel.
Home | list | about | wiki | forum | contact | donate | index | ? | 中文