LINEAR DIFFERENTIAL EQUATIONS

Statement I Integral curves denoted by the first order linear differential equation (dy)/(dx)-(1)/(x)y=-x are family of parabolas passing throught the origin. Statement II Every differential equation geomrtrically represents a family of curve having some common property.

Statement I Integral curves denoted by the first order linear differential equation (dy)/(dx)-(1)/(x)y=-x are family of parabolas passing throught the origin. Statement II Every differential equation geomrtrically represents a family of curve having some common property.

Statement I Integral curves denoted by the first order linear differential equation (dy)/(dx)-(1)/(x)y=-x are family of parabolas passing throught the origin. Statement II Every differential equation geomrtrically represents a family of curve having some common property.

Statement I Integral curves denoted by the first order linear differential equation (dy)/(dx)-(1)/(x)y=-x are family of parabolas passing throught the origin. Statement II Every differential equation geomrtrically represents a family of curve having some common property.

Linear Differential equation in dx/dy and algorithm to solve them

IF sin x is the integerating factor (I.F ) of the linear differential equation (dy)/(dx) +py =Q then P is