Consider an ball mass (m) falling from rest from height (h) above but close to the ground. Air resistance to be of the f
Posted: Fri Apr 29, 2022 12:03 pm
Consider an ball mass (m) falling from rest from height
(h) above but close to the ground. Air resistance to be of the form
F ~ v^2.
If these are the Force, velocity and position equations
find time needed to reach the ground.
- Ef = mg - kv"- t Velocity Vs mg 2 tank [ 1 gk t 1] position y= Fancament de 59). + ho In Cash mg K ]
(h) above but close to the ground. Air resistance to be of the form
F ~ v^2.
If these are the Force, velocity and position equations
find time needed to reach the ground.
- Consider An Ball Mass M Falling From Rest From Height H Above But Close To The Ground Air Resistance To Be Of The F 1 (138.57 KiB) Viewed 26 times