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The 100 ID0-kg A block is placed on the top of a Spring Conly one and then pushed down with a distance d=O.6 m from ite ng Spring) length can to the current position shown in Fig a. the block A be free from the spring and there no linkage between the block A and the spring. The coeffici ent of the opring k=400 N/m. If it is then released, determine the speed of the block when opring recovers or compression or block A moving up with o.bm from its initial position) the its original psition (i.e., without otretch as shown in Fig. 1b, and the maximum neight h of the block can reach as shown in Fig.Ic. A 1.4m 14m 0.8 m* Fig.Ic Fig. la Fig: 1b bleee eeree

The 100 ID0-kg A block is placed on the top of a Spring Conly one and then pushed down with a distance d=O.6 m from ite ng Spring) length can to the current position shown in Fig a. the block A be free from the spring and there no linkage between the block A and the spring. The coeffici ent of the opring k=400 N/m. If it is then released, determine the speed of the block when opring recovers or compression or block A moving up with o.bm from its initial position) the its original psition (i.e., without otretch as shown in Fig. 1b, and the maximum neight h of the block can reach as shown in Fig.Ic. A 1.4m 14m 0.8 m* Fig.Ic Fig. la Fig: 1b bleee eeree

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The 100-kg bolock A Spring) is placed on the top of a sspring Conly one and then pushed dovwn with a distance d-0.6m from itsng to the current position shown in Fig la. the block A can length be free from the spring and there no linkage between the block and the spring. The coefficient of the spring k-400 N/m. is then released, determine the speed of the block when A If it opring recovers or compression or block A moving up with o.bm from its initial position) as the its original position (i.e., without stretch shown in Fig.lb, and the maximum neight h of the block can reach as shown in Fia.Ic. Olomsk 0.8m* 1,4m Fig. Ic Fig. la Fig 1b bleee
Transcribed Image Text:The 100-kg bolock A Spring) is placed on the top of a sspring Conly one and then pushed dovwn with a distance d-0.6m from itsng to the current position shown in Fig la. the block A can length be free from the spring and there no linkage between the block and the spring. The coefficient of the spring k-400 N/m. is then released, determine the speed of the block when A If it opring recovers or compression or block A moving up with o.bm from its initial position) as the its original position (i.e., without stretch shown in Fig.lb, and the maximum neight h of the block can reach as shown in Fia.Ic. Olomsk 0.8m* 1,4m Fig. Ic Fig. la Fig 1b bleee
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