1
answer
0
watching
80
views
6 Nov 2019
write a differential equation in terms of displacement s to model the motion of an undamped vertical spring with mass m. recall that the weight should equal the spring's restoring force.
s= displacement
t= time
m = mass
k = spring constant
using calculus show that s(t) = c1 cos is a solution to the differential equation.
s(t) C1 cos (sqrt ((k/rn) * t)) + c) sin (sqrt ( ( k/m) * t)) Show transcribed image text s(t) C1 cos (sqrt ((k/rn) * t)) + c) sin (sqrt ( ( k/m) * t))
write a differential equation in terms of displacement s to model the motion of an undamped vertical spring with mass m. recall that the weight should equal the spring's restoring force.
s= displacement
t= time
m = mass
k = spring constant
using calculus show that s(t) = c1 cos is a solution to the differential equation.
s(t) C1 cos (sqrt ((k/rn) * t)) + c) sin (sqrt ( ( k/m) * t))
Show transcribed image text s(t) C1 cos (sqrt ((k/rn) * t)) + c) sin (sqrt ( ( k/m) * t)) 1
answer
0
watching
80
views
For unlimited access to Homework Help, a Homework+ subscription is required.
Irving HeathcoteLv2
13 Feb 2019