Part 2: Instantaneous velocity and Acceleration
Fill the table below (table 4-2).
Find the instantaneous velocities and Vt, the average velocity and average acceleration of the glider for different distances.
Table 4-2: Instantaneous velocity and acceleration
(Mass length)
CMI
Average Instantaneous Time
Instantaneous Time
Average Average acceleration
Displacement Time (L) velocity Vt (cm) [(s) 4x [ IC-] (cm/s)
velocity Vt/LAt
velocity Vt~L/At
velocity = (Vt+ Vt)/2
1-4Vt/LAt
"10-3
(cm/s)
(cm/s)
(cm/s^2)
3.66
0.17
40.4
3.16
154.0
52.2
1.68
[7]
65.3
Part 3: Free falling