Use Newton's Second Law (Fnet=ma) to solve for the mass of the apple. Explain how you used Newton's Second Law to solve for mass. Use the equation editor to show your work. You do not need to show minor algebraic steps. hint: Earlier, you calculated the angular acceleration for the disk. How is this angular acceleration related to the acceleration of the apple?
Use Newton's Second Law (Fnet=ma) to solve for the mass of the apple. Explain how you used Newton's Second Law to solve for mass. Use the equation editor to show your work. You do not need to show minor algebraic steps. hint: Earlier, you calculated the angular acceleration for the disk. How is this angular acceleration related to the acceleration of the apple?
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Use Newton's Second Law (Fnet=ma) to solve for the mass of the apple.
Explain how you used Newton's Second Law to solve for mass. Use the equation editor to show your work. You do not need to show minor algebraic steps.
hint: Earlier, you calculated the
Transcribed Image Text:Distance (m)
0.4
0.3
0.2
0.1
0
Distance Curve:
y = At^2 + B
m
A: 0.8692
B: 0.0242 m
0.1
RMSE: 0.0209 m
r: 0.992
Distance vs Time
Display Curve Fit Uncertainties
0.2
time^2 (s^2)
0.3
●
0.4
0.5
Transcribed Image Text:1
2
3
+
5
U
6
7
8
Convert ALL units to MKS (meters, kg, seconds), and show ALL your work for the
calculations parts!
..
…..
Distance
m
0.023
0.06
0.112
0.18
0.26
0.355
0.42
Time
S
0.1
0.2
0.3
0.4
0.5
0.6
0.7
time^2
s^2
0.00
0.0100
0.0400
0.0900
0.160
0.250
0.360
0.490
t^2
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