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The 10-kg block A is connected to the 20-kg block B by a rigid lightweight link with pin connections at both ends (which means the link is a two-force member). Both blocks are on rollers. A 200 N horizontal force is pushing block A as shown. Determine the acceleration (m/s2) of block A. 65.4 9.81 6.667 32.2 10 20

The 10-kg block A is connected to the 20-kg block B by a rigid lightweight link with pin connections at both ends (which means the link is a two-force member). Both blocks are on rollers. A 200 N horizontal force is pushing block A as shown. Determine the acceleration (m/s2) of block A. 65.4 9.81 6.667 32.2 10 20

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The 10-kg block A is connected to the 20-kg block B by a rigid lightweight link with pin connections at both ends (which means the link is a two-force member). Both blocks are on rollers. A 200 N horizontal force is pushing block A as shown. Determine the acceleration ( m / s 2 ) of block A . 65.4 9.81 6.667 32.2 10 20

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