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Consider the family of all circles havin...

Consider the family of all circles having
their centre at the point (1,2).Write the
equation of the family.Write the
corresponding differential equation.

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MAXIMUM PUBLICATION-DIFFERENTIAL EQUATION-EXAMPLE
  1. The general solution of the DE dy/dx= e^x-y is

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  2. Solve the DEdy/dx=2xy/(1+x^2)+x^2+2

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  3. Consider the family of all circles having their centre at the point ...

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  4. Write the integrating factor of the differential equation cosxdy/...

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  5. Write the order and degree of the differential equations. xy((d^2y...

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  6. Find the general solution of the differential equation ylogydx-xdy=0

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  7. Find the integrating factor of the differential equation xdy/dx-y=2x...

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  8. y=acosx+bsinx is the solution of the differential equation (d^2y)/...

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  9. y=acosx+bsinx is the solution of the differential equation (d^2y)/...

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  10. Verify that the function y=acosx+bsinx is the solution of the differe...

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  11. y=acosx+bsinx is the solution of the differential equation (d^2y)/...

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  12. Find the solution of the differential equation xdy/dx+2y=x^2,(x!=0) ...

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  13. Form the DE corresponding to the Function y=ae^x+b e^[2x]

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  14. Solve xdy/dx=x+y

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  15. Form the DE corresponding to the function xy=c^2

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  16. Consider the DE(x^2+y^2)dx=2xydy Write the DE in the form dy/dx=g[y/...

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  17. Consider the DE(x^2+y^2)dx=2xydy Solve the DE completely

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  18. Equation of a circle touching the y-axis at origin is x^2+y^2-2ax=0....

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  19. Solve the DE(1+x^2)dy/dx+y=tan^-1x

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  20. Solution of the DE y'-y=0 is y=…..

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