Question: Spring A is compressed by (0.2 + 345/1000) m. On top of it are plate C (with negligible mass) and 0.2-kg ball E. When the

 Spring A is compressed by (0.2 + 345/1000) m. On top

Spring A is compressed by (0.2 + 345/1000) m. On top of it are plate C (with negligible mass) and 0.2-kg ball E. When the spring is released, it throws ball E vertically and the ball hits the 0.1-kg palte D that is attached to spring B. Determine the maximum compression of spring B (in reference to its underformed length). KB = 80 N/m Use coefficient of restitution (e = 0.7) during impact of the ball E to plate D. D 1.5 m C KA = 80 N/m

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