- #1
RYANDTRAVERS
- 11
- 0
I have a differential equation to solve below on the motion of an object oscillating in water with a restoring force equal to -Aρgx and a damping force equal to -kv^2.
ma+kv^2+Aρgx=0
K, A, ρ and g are constants and I need to solve the equation for x. a (acceleration). v (velocity). x (displacement from the equilibrium position).
I need a bit of help on this one because I don't know whether it would need a substitution to eliminate v^2.
ma+kv^2+Aρgx=0
K, A, ρ and g are constants and I need to solve the equation for x. a (acceleration). v (velocity). x (displacement from the equilibrium position).
I need a bit of help on this one because I don't know whether it would need a substitution to eliminate v^2.