Using I = m*\Delta v
I get \Delta V = 15.1 m/s
\frac {I}{m} = \Delta v
\frac {981.5 N/s}{65 kg} \equiv \Delta v
\Delta v \equiv 15.1 m/s
So Delta V would be the landing speed since when she starts falling down the velocity would be 0. Or would \Delta v = 15.1 m/s be the difference in...
Good day, I have a homework problem I'd like help with. I got into getting the impulse (not sure if correct, though), but don't really know how to get the rest of the things. Any tips on what direction I should be going are appreciated.
Homework Statement
Starting from rest, 65kg athlete...