solve ydx-xdy+logxdx=0
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ydx - xdy = -logx dx
xdy - ydx = logx.dx
now divided by x² in both sides
( xdy -ydx)/x² = logx.1/x² dx
integrate both sides
we know, differentiation of
y/x =(xdy-ydx)/x²
so, integration of (xdy -ydx)/x² =y/x
second part logx.1/x² dx is integrated by integration by parts.
use this concept
then ,
logx.1/x² dx =- logx1/x -1/x
now,
y/x = -(logx +1)/x + C
where C is constant
xdy - ydx = logx.dx
now divided by x² in both sides
( xdy -ydx)/x² = logx.1/x² dx
integrate both sides
we know, differentiation of
y/x =(xdy-ydx)/x²
so, integration of (xdy -ydx)/x² =y/x
second part logx.1/x² dx is integrated by integration by parts.
use this concept
then ,
logx.1/x² dx =- logx1/x -1/x
now,
y/x = -(logx +1)/x + C
where C is constant
abhi178:
i hope this will help you
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