- #1
kakarot1905
- 18
- 0
Hi
Suppose a particle is bouncing on a surface with a viscous damping coefficient...
Question 1:
The frictional force = -c(viscous damping coefficient)*v(velocity of the particle)
But what is the direction of this force?
Perpendicular [down] to surface?
So if the surface is tilted at an angle what would the frictional force be?
Question 2:
Is it possible to express frictional force [due to damping] using force due to gravity (on the point of impact) and not velocity?
Thanks
Suppose a particle is bouncing on a surface with a viscous damping coefficient...
Question 1:
The frictional force = -c(viscous damping coefficient)*v(velocity of the particle)
But what is the direction of this force?
Perpendicular [down] to surface?
So if the surface is tilted at an angle what would the frictional force be?
Question 2:
Is it possible to express frictional force [due to damping] using force due to gravity (on the point of impact) and not velocity?
Thanks