SOLUTION: The equation governing the motion of a particle is given by the following differential equation:

Algebra.Com
Question 1172313: The equation governing the motion of a particle is given by the following differential equation:
y ''+ 5.2 y = 0 t = 0, y = 20.2

Answer by Edwin McCravy(20054)   (Show Source): You can put this solution on YOUR website!
Why are you telling us that?  Is there something you were asked to find? If so,
what was it?  Unless you tell us what you are to find, we can't know of anything
that you want us to help you find.

Edwin

RELATED QUESTIONS

The equation of catenary is given by the following second order differential equation: (answered by ikleyn)
Please help me answer the following question: 1.) The differential equation governing... (answered by Boreal,Alan3354)
The x- and y-coordinates of moving particle are given by the parametric equation x =... (answered by Fombitz,ikleyn)
please help me answer this question: The differential equation governing current flow, (answered by math_helper)
A motion of a particle on a straight line is given by displacement function : s(t)=... (answered by ikleyn)
A particle is moving according to an equation of motion. Its position after t seconds is... (answered by ikleyn)
The differential equation y−2y^3=(y^5+2x)y′ can be written in differential form: (answered by robertb)
The position function of a particle in rectilinear motion is given by s(t) = 2t^3 + 21t^2 (answered by Boreal,ikleyn)
use the differential equation given by dy/dx=xy/3, y > 0. Find the particular solution y (answered by robertb)