Posted by **Karl Haxell** on Tuesday, May 17, 2011 at 5:42pm.

The displacement s (in metres) of a body in a damped mechanical system, with no

external forces satisfies the following differential equation:

6 3 2

2

dt

ds

dt

d s

where t represents time in seconds. If at time t = 0, s = 0 and 5

dt

ds

m/s,

solve the differential equation for s in terms of t.

## Answer This Question

## Related Questions

- Math - 4) The sum of an infinite geometric series is 100. The second term of the...
- Economics - Given the following TR and TC function of a firm: _ 0.9 10 5 3 1 22 ...
- calculus - At an Oregon fiber-manufacturing facility, an analyst estimates that ...
- D.E - A particle moves on the x-axis with an acceleration, 246&#...
- calculus - Let f x coth x . Use the Graph software ...
- physics - Consider a triangular pulse having a wave function (1)0()(1)...
- Math - a weight of mass m is attached to a spring and oscillates with simple ...
- trig - Prove sin 1 cos 1 cos ...
- precal - Prove sin 1 cos 1 cos ...
- Economics - Suppose demand and supply functions are given by: 2 1 4 1 2 1 &#...

More Related Questions