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    Calculus A Complete Course
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    Exam 19: Ordinary Differential Equations
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    Solve the Initial-Value Problem + X + Y
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Solve the Initial-Value Problem + X + Y

Question 35

Question 35

Multiple Choice

Solve the initial-value problem Solve the initial-value problem   + x   + y = 0, y(0)  = 0,   (0)  = 1 in the form of a power series in powers of x. A)  y =   B)  y =   C)  y =   D)  y =   E)  y =  + x Solve the initial-value problem   + x   + y = 0, y(0)  = 0,   (0)  = 1 in the form of a power series in powers of x. A)  y =   B)  y =   C)  y =   D)  y =   E)  y =  + y = 0, y(0) = 0, Solve the initial-value problem   + x   + y = 0, y(0)  = 0,   (0)  = 1 in the form of a power series in powers of x. A)  y =   B)  y =   C)  y =   D)  y =   E)  y =  (0) = 1 in the form of a power series in powers of x.


A) y = Solve the initial-value problem   + x   + y = 0, y(0)  = 0,   (0)  = 1 in the form of a power series in powers of x. A)  y =   B)  y =   C)  y =   D)  y =   E)  y =
B) y = Solve the initial-value problem   + x   + y = 0, y(0)  = 0,   (0)  = 1 in the form of a power series in powers of x. A)  y =   B)  y =   C)  y =   D)  y =   E)  y =
C) y = Solve the initial-value problem   + x   + y = 0, y(0)  = 0,   (0)  = 1 in the form of a power series in powers of x. A)  y =   B)  y =   C)  y =   D)  y =   E)  y =
D) y = Solve the initial-value problem   + x   + y = 0, y(0)  = 0,   (0)  = 1 in the form of a power series in powers of x. A)  y =   B)  y =   C)  y =   D)  y =   E)  y =
E) y = Solve the initial-value problem   + x   + y = 0, y(0)  = 0,   (0)  = 1 in the form of a power series in powers of x. A)  y =   B)  y =   C)  y =   D)  y =   E)  y =

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