13 14. Consider the problem if the scenario happens at a planet with a local acceleration due to gravitation of 12.73m/s?, determine the magnitude of deflection of the spring right after the stoppage. Assume no energy loss during operation.

Elements Of Electromagnetics
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ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
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answer number 14
13. An object (at earth) at rest with a mass of 3kg is being dropped 3m above the
spring whose constant is 10N/mm. If the spring has to stopped the falling object,
determine the magnitude of deflection of the spring right after the stoppage.
Assume no energy loss during operation.
13
'if the scenario happens at a planet with a local
14. Consider the problem
acceleration due to gravitation of 12.73m/s², determine the magnitude of
deflection of the spring right after the sto ppage. Assume no energy loss during
operation.
Transcribed Image Text:13. An object (at earth) at rest with a mass of 3kg is being dropped 3m above the spring whose constant is 10N/mm. If the spring has to stopped the falling object, determine the magnitude of deflection of the spring right after the stoppage. Assume no energy loss during operation. 13 'if the scenario happens at a planet with a local 14. Consider the problem acceleration due to gravitation of 12.73m/s², determine the magnitude of deflection of the spring right after the sto ppage. Assume no energy loss during operation.
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