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AAKASH SERIES-DIFFERENTIAL EQUATIONS-Exercise - II
- The general solution of (y^(5)+x)(dy)/(dx) = y is
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- The solution of x^(2) (dy)/(dx) + (x-2) y = x^(2) e^(-2//x) is
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- The solution of cos x(dy)/(dx) + y = sin x is
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- Solve the following differential equations. x(x-1)(dy)/(dx)-(x-2)y=x...
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- The solution of y dx - x dy + log x dx = 0 is
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- The solution of (1+x^(2)) (dy)/(dx) + y = e^(Tan^(-1)x) is
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- The solution of (1)/(x)(dy)/(dx) + y e^(x) = e^((1-x)^(e^(x))) is
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- Which of the following statement is correct ? Statement I if dy+2xyd...
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- The general solution of e^(y)((dy)/(dx)) + 2(e^(y))/(x) = Sin x is
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- Solution of xy - (dy)/(dx) = y^(3)e^(-x^(2)) is
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- Solve (dy)/(dx) + (y)/(x) = x^(2)y^(6)
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- The solution of (1-x^(2)) (dy)/(dx) + xy = xy^(2) is
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- The solution of (dy)/(dx) + x sin 2y = x^(3) cos^(2) y is
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- If x^(2)y-x^(3)(dy)/(dx)=y^(4)cosx then x^(3)y^(-3) is equal to
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- Match the differential equations in List-I to their integrating factor...
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- The solution of (dx)/(dy) - (2)/(3)xy = x^(4)y^(3) is
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- If the solution of cosec^(2)x(dy)/(dx) - (1)/(y) = 0 is ax + b sin 2x ...
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- Assertion (A) : Integrating factor of 1+(x tan y - sec)(dy)/(dx) = 0 i...
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- Assertion (A) : The differential equaiton of the family of rectangular...
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- Asserton (A) : The solution of (dy)/(dx) = (x+y)/(x) is e^(y//x) = cx ...
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