Input:
dsolve(x(2,t)=x,y(2,t)=2x-y)
Write:
dsolve(x(2,t)=x,y(2,t)=2x-y)
Compute:
dsolve(x^{(2)}(t)=x,y^{(2)}(t)=2\ x - y)
Output:
dsolve(x^{(2)}(t)=x,y^{(2)}(t)=2\ x - y)== x=C_2\ exp(t)+exp(-C_1-t), y=C_1\ cos(t)+2\ (\frac{1}{2}\ C_2\ exp(t)+\frac{1}{2}\ exp(-C_1-t))+C_2\ sin(t)
Result: x=C_2\ exp(t)+exp(-C_1-t), y=C_1\ cos(t)+2\ (\frac{1}{2}\ C_2\ exp(t)+\frac{1}{2}\ exp(-C_1-t))+C_2\ sin(t)
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