A mass m is released from a height h 60 cm from the right-hand side of the track shown in the diagram. There is only friction acting on the mass on the horizontal portion 35 cm either side of the midpoint O, with a kinetic coefficient of friction of $\mu$_k = 0.50. What is the velocity of the block the first time it passes through the midpoint, and on which side of the midpoint does it stop? A) 3.4 m/s, right B) 3.9 m/s, right C) 3.9 m/s, left D) 2.9 m/s, left E) 2.9 m/s, right

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The Answer of A mass m is released from a height h 60 cm from the right-hand side of the track shown in the diagram. There is only friction acting on the mass on the horizontal portion 35 cm either side of the midpoint O, with a kinetic coefficient of friction of $\mu$_k = 0.50. What is the velocity of the block the first time it passes through the midpoint, and on which side of the midpoint does it stop? A) 3.4 m/s, right B) 3.9 m/s, right C) 3.9 m/s, left D) 2.9 m/s, left E) 2.9 m/s, right

A Mass M Is Released from a Height H 60 μ\muμ

A Mass M Is Released from a Height H 60 $\mu$