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The 45 kg piston is supported by a spring of modulus k = 35 kN/m. A dashpot of damping coefficient 'c' = 1250 N-s/m acts in parallel with the spring. A fluctuating pressure P = 4000 sin30t in Pa acts on the piston as shown in figure below, whose top surface area is 50x10-³ m². The steady-state amplitude of vibration is (Rounded to two decimal places) mm.

The 45 kg piston is supported by a spring of modulus k = 35 kN/m. A dashpot of damping coefficient 'c' = 1250 N-s/m acts in parallel with the spring. A fluctuating pressure P = 4000 sin30t in Pa acts on the piston as shown in figure below, whose top surface area is 50x10-³ m². The steady-state amplitude of vibration is (Rounded to two decimal places) mm.

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 45 kg piston is supported by a spring of modulus k = 35 kN/m. A dashpot of damping coefficient 'c' = 1250 N-s/m acts in parallel and with the spring. A fluctuating pressure P = 4000 sin30t in Pa acts on the piston as shown in figure below, whose top surface area is 50x10-³ m². The steady-state amplitude of vibration is (Rounded to two decimal places) P = P, sinot k mm.
Transcribed Image Text:The 45 kg piston is supported by a spring of modulus k = 35 kN/m. A dashpot of damping coefficient 'c' = 1250 N-s/m acts in parallel and with the spring. A fluctuating pressure P = 4000 sin30t in Pa acts on the piston as shown in figure below, whose top surface area is 50x10-³ m². The steady-state amplitude of vibration is (Rounded to two decimal places) P = P, sinot k mm.
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