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If A and B are arbitrary constants, then...

If `A` and `B` are arbitrary constants, then find the differential equation corresponding to `y=Acos(x+B)`.

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Given equation is
`y=Acos(x+B)`……..`(1)`
`implies (dy)/(dx)=-Asin(x+B)`………..`(2)`
`implies (d^(2)y)/(dx^(2))=-Acos(x+B)`…………`(3)`
The second order derivative is taken because there are two arbitrary constants.
From eqs. `(1)` and `(3)`
`(d^(2)y)/(dx^(2))=-y`.
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NAGEEN PRAKASHAN ENGLISH-DIFFERENTIAL EQUATIONS-Miscellaneous Exercise
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  2. For each of the differential equations given below, indicate its orde...

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  3. For each of the exercises given below, verify that the given function...

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  7. Find the general solution of the differential equation (dy)/(dx)+sqrt...

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  8. Show that the general solution of the differentia equation (dy)/(dx...

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  9. Find the equation of the curve passing through the point (0,pi/4)whos...

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  10. Find the particular solution of the differential equation: (1+e^(2x))d...

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  11. Solve the differential equation y e^(x/y)dx=(x e^(x/y)+y^2)dy(y!=0)

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  12. Find a particular solution of the differential equation(x - y) (dx + ...

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  13. Solve the differential equation [(e^(-2sqrt(x)))/(sqrt(x))-y/(sqrt(x)...

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  14. Find the particular solution of the differential equation. (dy)/(dx...

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  15. find the particular solution satisfying the given condition, for the f...

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  17. The general solution of the differential equation (y dx-x dy)/y=0 is...

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  18. The general solution of a differential equation of the type (dx)/(dy...

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  19. Solve: e^(x)(x+1)dx+(ye^(y)-xe^(x))dy=0, such that f(0)=0

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