Ana is shaking while receiving her exam paper and surprise after she know that the given equation in exam are related to one she reviewed.
MIDTERM EXAMINATION INDIFFERENTIAL EQUATION
Malaki na ang chance kong makapasa dito, related yung equation dun sa nireview ko!
X HAWK
1. Find a solution to the initial-value problem y" + 4y = 0; y (0) = 0, y'(0) = 1, if the general solution to the differential equation is known to be y(x) = C1sin 2x + C2cos
MIDTERM EXAMINATION INDIFFERENTIAL EQUATION
Ana is now taking her exam with confident as she discusses in her mind the process on how to solve the Particular solution for the given equation.
X HAWK
Basic to Particular solution lang
MIDTERM EXAMINATION INDIFFERENTIAL EQUATION
Since y(x) is a solution of the differential equation for all values of C1 and C2, I seek those values of C1 and C2 that will also satisfy the initial conditions. Note that y (0) = C1 sin 0 + C2 cos 0 = C2. To satisfy the first initial condition. y (0) = 0, I will choose C2 = 0
X HAWK
Furthermore. y'(x) = 2C1 cos 2x — 2C2 sin 2x; thus, y'(0) = 2 C1cos 0 — 2 C2sin 0 = 2 C1. To satisfy the second initial condition; y'(0) = 1, I choose 2 C1, = 1, or C1 = 1/2. Substituting these values of C1 and C2 into y(x), I obtain y(x) = 1/2sin 2x as the solution of the initial-value problem
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