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Q/In the adjacent figure, there are two blocks By means of a (massless) rope passing a pulley of inertia I, find the acceleration of the two masses, neglecting friction, about the rotation limiter of the pulley Discuss the results when A)m_1=m_2 B)m_1 >>m_2 C)m_1 << m_2 D)m_1 = 0 E)m_2=0 Mz m₂

Q/In the adjacent figure, there are two blocks By means of a (massless) rope passing a pulley of inertia I, find the acceleration of the two masses, neglecting friction, about the rotation limiter of the pulley Discuss the results when A)m_1=m_2 B)m_1 >>m_2 C)m_1 << m_2 D)m_1 = 0 E)m_2=0 Mz m₂

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Q/In the adjacent figure, there are two blocks By means of a (massless) rope passing a pulley of inertia I, find the acceleration of the two masses, neglecting friction, about the rotation limiter of the pulley Discuss the results when A)m_1= m_2 B)m_1 >>m_2 C)m_1 << m_2 D)m_1 = 0 E)m_2=0 M2 m₂ <m₁ a
Transcribed Image Text:Q/In the adjacent figure, there are two blocks By means of a (massless) rope passing a pulley of inertia I, find the acceleration of the two masses, neglecting friction, about the rotation limiter of the pulley Discuss the results when A)m_1= m_2 B)m_1 >>m_2 C)m_1 << m_2 D)m_1 = 0 E)m_2=0 M2 m₂ <m₁ a
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