Mar 2, 2010 #1 blackblanx Messages 16 Reaction score 0 Is the following a linear differential equation? I think it is since the y near the y''. y'''+3yy''+2y'=3x+1
Is the following a linear differential equation? I think it is since the y near the y''. y'''+3yy''+2y'=3x+1
Mar 2, 2010 #2 Studiot Messages 5,440 Reaction score 10 No y is a solution of the equation. The general ordinary linear diff =ion is {a_0}(x)\frac{{{d^n}y}}{{d{x^n}}} + {a_1}(x)\frac{{{d^{n - 1}}y}}{{d{x^{n - 1}}}} + {a_2}(x)\frac{{{d^{n - 2}}y}}{{d{x^{n - 2}}}}... + {a_n}(x)y = f(x) You can have a y on the LHS only as shown Last edited: Mar 2, 2010
No y is a solution of the equation. The general ordinary linear diff =ion is {a_0}(x)\frac{{{d^n}y}}{{d{x^n}}} + {a_1}(x)\frac{{{d^{n - 1}}y}}{{d{x^{n - 1}}}} + {a_2}(x)\frac{{{d^{n - 2}}y}}{{d{x^{n - 2}}}}... + {a_n}(x)y = f(x) You can have a y on the LHS only as shown