F 45° A smooth, thin cylinder of C 12 ass M = 0.5 kg and length L = 6.44 meter lies on a flat, horizontal frictionless surface. A 14.00 N force is briefly applied to the rods end ee Figure) causing the center of mass speed to be 0.17 m/sec.. What is angular speed caused by the briefly applied force? Ignore friction tween the rod and the flat surface. The moment of inertia of the thin cylinder about its center C is Ic = (1/12) ML2. HINT: use impulse. J= (PUHO1615)
F 45° A smooth, thin cylinder of C 12 ass M = 0.5 kg and length L = 6.44 meter lies on a flat, horizontal frictionless surface. A 14.00 N force is briefly applied to the rods end ee Figure) causing the center of mass speed to be 0.17 m/sec.. What is angular speed caused by the briefly applied force? Ignore friction tween the rod and the flat surface. The moment of inertia of the thin cylinder about its center C is Ic = (1/12) ML2. HINT: use impulse. J= (PUHO1615)
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Transcribed Image Text:Question 16
F-
45°
A smooth, thin cylinder of
I.
ML
%3D
12
mass M = 0.5 kg and length L = 6.44 meter lies on a flat, horizontal frictionless surface. A 14.00 N force is briefly applied to the rods end
(see Figure) causing the center of mass speed to be 0.17 m/sec.. What is angular speed caused by the briefly applied force? Ignore friction
between the rod and the flat surface. The moment of inertia of the thin cylinder about its center C is Ic = (1/12) ML². HINT: use impulse. J =
FAt = MVCM
FAI %3D mVсм
(PUHQ1615)
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