The solution of the differential equation x'y" + 3xy' + 6y = 0 (x > 0) is the function y(x) = C, y;(x) + C2 y:(x). Find y,(x) and y:(x). Also, find the constants C, and C; if y(1) = - 1, y(1) = 2. O A. y,) = x' cos (V5 In(x), y;0«) = x' sin (V3 In(x), c, - - 1, C, = O B. y,() = x' cos (V3 In(x), y:0x) = x' sin (V3 In(x), c, - - 1, G; = - O C. y,(x) = x cos (V5 In(x)), y:(x) = x sin(v3 In(x)), C, = - 1, C; = - O D. y,(x) = x cos (V5 In(x»), y,x) = x sin (V3 In(x), C, = - 1, C; =

Advanced Engineering Mathematics
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Author:Erwin Kreyszig
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Chapter2: Second-order Linear Odes
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The solution of the differential equation
x'y" + 3xy' + 6y = 0 (x > 0)
is the function
y(x) = C y:(X) + C; y:(X).
Find y,(x) and y (x). Also, find the constants C, and C; if y(1) = - 1, y'(1) = 2.
O A. y,0) = x' cos (V5 In(x), y,«) = x" sin (V5 In(x)), C, = - 1, C, =-
V5
B. y,(x) = x' cos (V5 In(x)), y:(x) = x' sin (V5 In(x)), C, = - 1, C; =
COS
V5
1
O C y,() = x cos (V5 In(x), y;(x) = x sin (V3 In(x), c, - - 1, C =
V5
O D. y,(X) = x cos (V3 In(x), y,(x) = x sin (V3 In(x), C, = - 1, C, •
Transcribed Image Text:The solution of the differential equation x'y" + 3xy' + 6y = 0 (x > 0) is the function y(x) = C y:(X) + C; y:(X). Find y,(x) and y (x). Also, find the constants C, and C; if y(1) = - 1, y'(1) = 2. O A. y,0) = x' cos (V5 In(x), y,«) = x" sin (V5 In(x)), C, = - 1, C, =- V5 B. y,(x) = x' cos (V5 In(x)), y:(x) = x' sin (V5 In(x)), C, = - 1, C; = COS V5 1 O C y,() = x cos (V5 In(x), y;(x) = x sin (V3 In(x), c, - - 1, C = V5 O D. y,(X) = x cos (V3 In(x), y,(x) = x sin (V3 In(x), C, = - 1, C, •
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