15. helical spring stiffness k = 10 N / m sinker suspen

Pay with:
i agree with "Terms for Customers"
Sold: 1 last one 11.10.2017
Refunds: 0

Uploaded: 20.10.2015
Content: fiz050_15.doc 54,5 kB

Product description

15. helical spring stiffness k = 10 N / m sinker suspended mass m = 10 g, and the whole system was immersed in a viscous medium. Taking the drag coefficient b is equal to 0.1 kg / s, determine: 1) the frequency of natural oscillations ν0; 2) the resonant frequency νpez; 3) the resonant amplitude Arez, if the driving force varies harmonically and its peak value F0 = 0,02 H; 4) the ratio of the resonance amplitude to the static displacement by the force F0.

Additional information

Detailed solution. Decorated in Microsoft Word 2003. (Target decided to use formula editor)


No feedback yet.
In order to counter copyright infringement and property rights, we ask you to immediately inform us at support@plati.market the fact of such violations and to provide us with reliable information confirming your copyrights or rights of ownership. Email must contain your contact information (name, phone number, etc.)