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For the system shown in fig.1-38, the block has a mass of 1.5 kg and the spring constant k = 8.0 N/m. Suppose that the block is pulled down a distance of 12 cm and released. If the friction force is given by -bv, where b = 0.23 kg/s, find the number of oscillations made by the block during the time interval required for the amplitude to fall to one-third of its initial value.

For the system shown in fig.1-38, the block has a mass of 1.5 kg and the spring constant k = 8.0 N/m. Suppose that the block is pulled down a distance of 12 cm and released. If the friction force is given by -bv, where b = 0.23 kg/s, find the number of oscillations made by the block during the time interval required for the amplitude to fall to one-third of its initial value.
 

Grade:12th pass

2 Answers

Arun
25763 Points
one year ago
Dear student
 
there is no image attached please check and replace the question with an attachment I will be happy to help you
Vikas TU
14149 Points
one year ago
Dear student 
Please attach an image , we will happy to help you , 
Good Luck ….......................
Cheers 

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