Find the general solutions of the following differential equations. d (dy 1. dx dx = 6 x + 3 4ト.0+-} dfdy - 12; y= 0, dx dy - 0 when x = 1 2. X dx dx 3. х у" — 2 х(у'))? + у %3 0 4. у" + 2y' — 6х — 3 - 0 5. уу" + 2 (у)? - о
Find the general solutions of the following differential equations. d (dy 1. dx dx = 6 x + 3 4ト.0+-} dfdy - 12; y= 0, dx dy - 0 when x = 1 2. X dx dx 3. х у" — 2 х(у'))? + у %3 0 4. у" + 2y' — 6х — 3 - 0 5. уу" + 2 (у)? - о
Find the general solutions of the following differential equations. d (dy 1. dx dx = 6 x + 3 4ト.0+-} dfdy - 12; y= 0, dx dy - 0 when x = 1 2. X dx dx 3. х у" — 2 х(у'))? + у %3 0 4. у" + 2y' — 6х — 3 - 0 5. уу" + 2 (у)? - о
pls answer by the process of second-ordered equations and NOT by exact differential equations. Many questions I asked were answered that way and they're all wrong because we finished EDE long time ago.
With integration, one of the major concepts of calculus. Differentiation is the derivative or rate of change of a function with respect to the independent variable.
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