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solve the following second order differantial equation. (9D² +30D+25)y = 0 33 - D: derivative operator OA) y(x) = (Ax+ B)e 3 OB) y(x)=(Ax+B)e C) y(x) = Axe OD) y(x) = (Ax² + Bx +C)e³* OE) y(x) = (Ax+ B)e (cos x+sin x)

solve the following second order differantial equation. (9D² +30D+25)y = 0 33 - D: derivative operator OA) y(x) = (Ax+ B)e 3 OB) y(x)=(Ax+B)e C) y(x) = Axe OD) y(x) = (Ax² + Bx +C)e³* OE) y(x) = (Ax+ B)e (cos x+sin x)

Calculus For The Life Sciences
Calculus For The Life Sciences
2nd Edition
ISBN:9780321964038
Author:GREENWELL, Raymond N., RITCHEY, Nathan P., Lial, Margaret L.
Publisher:GREENWELL, Raymond N., RITCHEY, Nathan P., Lial, Margaret L.
Chapter9: Multivariable Calculus
Section9.2: Partial Derivatives
Problem 28E
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solve the following second order differantial equation. 33 - (9D² +30D+25)y = 0 D: derivative operator OA) y(x) = (Ax+ B)e 3 OB) y(x)=(Ax+B)e³ OC) y(x) = Axe OD) y(x) = (Ax + Bx +C)e³* E) y(x) = (Ax+ B)e (cos x+sin x)
Transcribed Image Text:solve the following second order differantial equation. 33 - (9D² +30D+25)y = 0 D: derivative operator OA) y(x) = (Ax+ B)e 3 OB) y(x)=(Ax+B)e³ OC) y(x) = Axe OD) y(x) = (Ax + Bx +C)e³* E) y(x) = (Ax+ B)e (cos x+sin x)
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