Calculate the moment of inertia of the wheel using equation 10. R=30cm 122m

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Use the bottom values as they are the average.

a (m/s²)
from y vs t graph (t 0.4 s)
Vf (m/s)
(t D0.8 s)
a (m/s²)
from vy vs t graph
Vi (m/s)
yi (m)
(t = 0.4 s)
Yr (m)
(t = 0.8 s)
%3D
%3D
370mis | 942.5m52
670m/s"
580MI.
12 BM
H12.5m/62370ms
370m/s
746m/s²
290
20m
345m
562.5m/3?
365MS
762.5ms?
115m 290m
437.55 370s 580 ms 525 m/s
121-67m 3083.
3 470.83m2 368.33g
665.33mg743.33s?
Transcribed Image Text:a (m/s²) from y vs t graph (t 0.4 s) Vf (m/s) (t D0.8 s) a (m/s²) from vy vs t graph Vi (m/s) yi (m) (t = 0.4 s) Yr (m) (t = 0.8 s) %3D %3D 370mis | 942.5m52 670m/s" 580MI. 12 BM H12.5m/62370ms 370m/s 746m/s² 290 20m 345m 562.5m/3? 365MS 762.5ms? 115m 290m 437.55 370s 580 ms 525 m/s 121-67m 3083. 3 470.83m2 368.33g 665.33mg743.33s?
malbog
R230cm
H=60
17. Calculate the moment of inertia of the wheel using equation 10.
R/ R2
122n
Transcribed Image Text:malbog R230cm H=60 17. Calculate the moment of inertia of the wheel using equation 10. R/ R2 122n
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