Question: 3. The following second order differential equation describes the orbital motion ofa moon: 3' - 21 + y = 0 it) Find the general solution

 3. The following second order differential equation describes the orbital motion

ofa moon: 3'" - 21" + y = 0 it) Find the

3. The following second order differential equation describes the orbital motion ofa moon: 3'" - 21" + y = 0 it) Find the general solution to this differential equation by solving the characteristic Equation using the substitutions 112 = y". 31 = y' and A" = y. (2 marks} b) Find the particular solution given that y(0) = 5 and y'(0) = 2. (2 marks)

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