159 reputation
10
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visits member for 1 year, 9 months
seen Mar 16 at 0:53

Jul
30
awarded  Popular Question
Jul
2
awarded  Curious
May
8
awarded  Popular Question
May
17
accepted Boundary conditions on wave equation
May
16
asked Boundary conditions on wave equation
May
11
accepted SHM of floating objects
May
11
awarded  Commentator
May
11
revised SHM of floating objects
added 9 characters in body
May
11
comment SHM of floating objects
@Inceptio I was kind of considering $k$ to include the $m$ but I'll update the question for clarity.
May
11
asked SHM of floating objects
Apr
27
accepted Harmonic oscillator with light damping
Apr
27
awarded  Custodian
Apr
27
reviewed Approve suggested edit on Harmonic oscillator with light damping
Apr
27
asked Harmonic oscillator with light damping
Apr
7
accepted Solving systems of equations in dynamics
Apr
6
accepted calculating work done by friction
Apr
6
asked calculating work done by friction
Apr
6
awarded  Supporter
Apr
1
accepted Rolling ball which slips
Mar
27
comment Rolling ball which slips
at which point the friction is entirely static. Are you saying that after the kinetic friction disappears, there IS static friction? After talking with jkej, I came to agree that after the ball starts to roll there are no frictional forces acting on it. I now understand static friction to be a reactive force, and there is nothing "fighting against" the ball's motion for static friction to react to.