from the differential equation by eliminating
the arbitary constants from y² = ax+b.
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Number of arbitrary constant is 1, so we may differentiate the equation once to find the differential equation.
2y(dy/dx) = 4a(1)
2y(dy/dx) = 4a
dy/dx = 4a/2y
dy/dx = 2a/y ---- (1)
By finding the value of y from equation (1), we get
y2 = 4ax
a = y2/4x
now we are going to apply the value of a in the first equation
dy/dx = 2(y²/4x)/y
dy/dx = 2y²/4xy
y' = y/2x
2xy' = y
y = 2xy'
Therefore the required equation is y = 2xy
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