Using conservation of energy equation, solve for the mass of the apple mass of disk is 2.776kg mass of object*g*h=1/2(1/2*mass of disk*radius of disk^2)WB^2+1/2Mass of object VB^2 i need help please as musch as u can
Using conservation of energy equation, solve for the mass of the apple mass of disk is 2.776kg mass of object*g*h=1/2(1/2*mass of disk*radius of disk^2)WB^2+1/2Mass of object VB^2 i need help please as musch as u can
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Using conservation of energy equation, solve for the mass of the apple mass of disk is 2.776kg
mass of object*g*h=1/2(1/2*mass of disk*radius of disk^2)WB^2+1/2Mass of object VB^2
i need help please as musch as u can
Transcribed Image Text:?
Sud Disk
Hanging weight: apple
HANGING OBJECT
Apple
Change
cm
10
20
30
40
50
60
70
OX
ht
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
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