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The platform P, shown in Fig. 14-120, has negligible mass and is tied down so that the 0.4-m-long cords keep a 1-m- long spring compressed 0.6 m when nothing is on the platform. If a 2-kg block is placed on the platform and released from rest after the platform is pushed down 0.1 m, Fig. 14-12b, determine the maximum height h the block rises in the air, measured from the ground. k = 200 N/m T 0.3m 0.4 m (a) Fig. 14-12

The platform P, shown in Fig. 14-120, has negligible mass and is tied down so that the 0.4-m-long cords keep a 1-m- long spring compressed 0.6 m when nothing is on the platform. If a 2-kg block is placed on the platform and released from rest after the platform is pushed down 0.1 m, Fig. 14-12b, determine the maximum height h the block rises in the air, measured from the ground. k = 200 N/m T 0.3m 0.4 m (a) Fig. 14-12

Elements Of Electromagnetics
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
Problem 1.1MA
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The platform P, shown in Fig. 14-12a, has negligible mass and is tied down so that the 0.4-m-long cords keep a 1-m- long spring compressed 0.6 m when nothing is on the platform. If a 2-kg block is placed on the platform and released from rest after the platform is pushed down 0.1 m, Fig. 14-12b, determine the maximum height h the block rises in the air, measured from the ground. k = 200 N/m T 0.3 m 0.4 m (a) (b) Fig. 14-12
Transcribed Image Text:The platform P, shown in Fig. 14-12a, has negligible mass and is tied down so that the 0.4-m-long cords keep a 1-m- long spring compressed 0.6 m when nothing is on the platform. If a 2-kg block is placed on the platform and released from rest after the platform is pushed down 0.1 m, Fig. 14-12b, determine the maximum height h the block rises in the air, measured from the ground. k = 200 N/m T 0.3 m 0.4 m (a) (b) Fig. 14-12
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