A hanging block A (m_A = 15 kg) is connected by a light cable and a pulley wheel to a second block B (m_B = 10 kg) situated at the bottom of a frictionless inclined plane with angle 30 $\circ$ to the horizontal. If the hanging block is released from rest 5 m above the ground, find the maximum distance that block B travels up along the inclined plane. A) 9.0 m B) 4.0 m C) 2.3 m D) 7.3 m E) 6.5 m

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The Answer of A hanging block A (m_A = 15 kg) is connected by a light cable and a pulley wheel to a second block B (m_B = 10 kg) situated at the bottom of a frictionless inclined plane with angle 30 $\circ$ to the horizontal. If the hanging block is released from rest 5 m above the ground, find the maximum distance that block B travels up along the inclined plane. A) 9.0 m B) 4.0 m C) 2.3 m D) 7.3 m E) 6.5 m

A Hanging Block a (MA = 15 Kg) Is Connected ∘\circ∘

A Hanging Block a (M_A = 15 Kg) Is Connected $\circ$