Suppose that y (t) is solution of L(y) = 0 and y2 (t) is solution of...

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Suppose that y₁ (t) is solution of L(y₁) = 0 and y2 (t) is solution of L(y₂) = b(t) = 0, where L(y) = 2y" + 3y + 4y. Choose all the statements below that are correct. The function 7 y1 L(y) = 0. The function 3 Y1 is solution of the homogenous equation L(y) = 0. The function Y1 - Y2 is solution of the non-homogenous equation L(y) = −b. - 7y2 is solution of the homogenous equation The function Y₁ + y2 is solution of the homogenous equation L(y) The function 3 y2 is solution of the non-homogenous equation L(y): The function 2 y2 is a solution of the non-homogeneous equation L(y) = 2b(t). The function 2 y₁ is a solution of the non-homogeneous equation L(y) = 2b(t). The function 7y1 + y2 is solution of the non-homogenous equation L(y) = b. = = 0. = b. Suppose that y₁ (t) is solution of L(y₁) = 0 and y2 (t) is solution of L(y₂) = b(t) = 0, where L(y) = 2y" + 3y + 4y. Choose all the statements below that are correct. The function 7 y1 L(y) = 0. The function 3 Y1 is solution of the homogenous equation L(y) = 0. The function Y1 - Y2 is solution of the non-homogenous equation L(y) = −b. - 7y2 is solution of the homogenous equation The function Y₁ + y2 is solution of the homogenous equation L(y) The function 3 y2 is solution of the non-homogenous equation L(y): The function 2 y2 is a solution of the non-homogeneous equation L(y) = 2b(t). The function 2 y₁ is a solution of the non-homogeneous equation L(y) = 2b(t). The function 7y1 + y2 is solution of the non-homogenous equation L(y) = b. = = 0. = b.