Determine the magnitude Ho of the angular momentum of the m = 2.7 kg sphere about point O (a) by using the vector definition of angular momentum and (b) by using an equivalent scalar approach. The center of the sphere lies in the x-y plane. Assume x, = 6.6 m, ys = 8.6 m, v = 5.7 m/s, 0 = R6°. Answer: Ho 132 kg m²/s 1% = X₂

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Chapter2: Second-order Linear Odes
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Determine the magnitude Ho of the angular momentum of the m= 2.7 kg sphere about point
O (a) by using the vector definition of angular momentum and (b) by using an equivalent scalar
approach. The center of the sphere lies in the x-y plane.
Assume x, = 6.6 m, y, = 8.6 m, v = 5.7 m/s, 0 = R6°.
m
kg m²/s
1
Answer: Ho=
132
x₂
x
Transcribed Image Text:Determine the magnitude Ho of the angular momentum of the m= 2.7 kg sphere about point O (a) by using the vector definition of angular momentum and (b) by using an equivalent scalar approach. The center of the sphere lies in the x-y plane. Assume x, = 6.6 m, y, = 8.6 m, v = 5.7 m/s, 0 = R6°. m kg m²/s 1 Answer: Ho= 132 x₂ x
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