"xp^2-(2x+3y)p+6y=x(p^2-2p)-3y(p-2)=xp(p-2)-3y(p-2)"=
"=(xp-3y)(p-2)"=0
so we have two equations:
"x\\frac{dy}{dx}-3y=0, \\frac{dy}{dx}-2=0"
from the first equation:
"\\frac{dy}{y}=3\\frac{dx}{x}"
"\\ln{y}=3\\ln{x}+C"
"y=C'x^3" - the first solution
from the second equation:
"\\frac{dy}{dx}=2"
"y=2x+C" - the second solution
Comments
Leave a comment