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The differential equation y=px+f(p), ………...

The differential equation `y=px+f(p)`, …………..(i) where `p=(dy)/(dx)`,is known as Clairout's equation. To solve equation i) differentiate it with respect to x, which gives either `(dp)/(dx)=0 rArr p =c`………….(ii) or `x+f^(i)(p)=0`…………(iii) Which of the following is true about solutions of differential equation `y=xy^(')+sqrt(1+y^('2))`?

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The differential equation y=px+f(p) , …………..(i) where p=(dy)/(dx) ,is known as Clairout's equation. To solve equation i) differentiate it with respect to x, which gives either (dp)/(dx)=0 rArr p =c ………….(ii) or x+f^(i)(p)=0 …………(iii) The singular solution of the differential equation y=mx + m-m^(3) , where m=(dy)/(dx) , passes through the point.

The differential equation y=px+f(p) , …………..(i) where p=(dy)/(dx) ,is known as Clairout's equation. To solve equation i) differentiate it with respect to x, which gives either (dp)/(dx)=0 rArr p =c ………….(ii) or x+f^(i)(p)=0 …………(iii) The singular solution of the differential equation y=mx + m-m^(3) , where m=(dy)/(dx) , passes through the point.

The differential equation y=px+f(p) , …………..(i) where p=(dy)/(dx) ,is known as Clairout's equation. To solve equation i) differentiate it with respect to x, which gives either (dp)/(dx)=0 rArr p =c ………….(ii) or x+f^(i)(p)=0 …………(iii) The singular solution of the differential equation y=mx + m-m^(3) , where m=(dy)/(dx) , passes through the point.

The differential equation y=px+f(p) , …………..(i) where p=(dy)/(dx) ,is known as Clairout's equation. To solve equation i) differentiate it with respect to x, which gives either (dp)/(dx)=0 rArr p =c ………….(ii) or x+f^(i)(p)=0 …………(iii) The number of solution of the equation f(x)=-1 and the singular solution of the equation y=x(dy)/(dx)+((dy)/(dx))^(2) is

The differential equation y=px+f(p) , …………..(i) where p=(dy)/(dx) ,is known as Clairout's equation. To solve equation i) differentiate it with respect to x, which gives either (dp)/(dx)=0 rArr p =c ………….(ii) or x+f^(i)(p)=0 …………(iii) The number of solution of the equation f(x)=-1 and the singular solution of the equation y=x(dy)/(dx)+((dy)/(dx))^(2) is

The differential equation y=px+f(p) , …………..(i) where p=(dy)/(dx) ,is known as Clairout's equation. To solve equation i) differentiate it with respect to x, which gives either (dp)/(dx)=0 rArr p =c ………….(ii) or x+f^(i)(p)=0 …………(iii) The number of solution of the equation f(x)=-1 and the singular solution of the equation y=x(dy)/(dx)+((dy)/(dx))^(2) is

Form the differential equation of y=px+(p)/(sqrt(1+p^(2).

Form the differential equation of y=px+(p)/(sqrt(1+p^(2).

Form the differential equation of y=px+(p)/(sqrt(1+p^(2).

Form the differential equation of y=px+(p)/(sqrt(1+p^(2).