The answer is 10.9 meters...
but I'm still confused as how to get there...
I've used:
-g as my acceleration
1.6 as my change in time
but I'm not sure what to use for intial and final positon
...is it possible to do this using just one equation?
I'm fairly new with this so I hope I've posted at the right place!
I don't understand how to go about doing the following kinematics problem:
Two stones are dropped from the edge of a 60-m cliff, the second stone 1.6s after the first. How far below the top of the cliff is the second...
I'm fairly new with this so I hope I've posted at the right place!
I don't understand how to go about doing the following kinematics problem:
Two stones are dropped from the edge of a 60-m cliff, the second stone 1.6s after the first. How far below the top of the cliff is the second...