Note!A spring of stiffness 20 kN/m supports a mass of 4 kg. The mass is pulled down 8 mm and releasedproduce linear oscillations.1- Calculate the frequency and periodic time.Il- Sketch the graphs of displacement, velocity, and acceleration.IlI- Calculate the Peak value of displacement, velocity, and acceleration.IV-For 0.05 sec after being released;IV-1- Calculate the displacement, velocity, and acceleration.IV-2- Calculate the Average value of displacement, velocity, and acceleration.IV-3- Calculate the Mean square value of displacement, velocity, and acceleration.IV-4- Calculate the Root Mean square value of displacement, velocity, and acceleration.in figure (1) v

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Note: A spring of stiffness 20 kN/m supports a mass of 4 kg. The mass is pulled down 8 mm and released produce linear oscillations. |- Calculate the frequency and periodic time. Il- Sketch the graphs of displacement, velocity, and acceleration. IlI- Calculate the Peak value of displacement, velocity, and acceleration. IV-For 0.05 sec after being released3; IV-1- Calculate the displacement, velocity, and acceleration. IV-2- Calculate the Average value of displacement, velocity, and acceleration. IV-3- Calculate the Mean square value of displacement, velocity, and acceleration. IV-4- Calculate the Root Mean square value of displacement, velocity, and acceleration. figure (1) V

Note: A spring of stiffness 20 kN/m supports a mass of 4 kg. The mass is pulled down 8 mm and released produce linear oscillations. |- Calculate the frequency and periodic time. Il- Sketch the graphs of displacement, velocity, and acceleration. IlI- Calculate the Peak value of displacement, velocity, and acceleration. IV-For 0.05 sec after being released3; IV-1- Calculate the displacement, velocity, and acceleration. IV-2- Calculate the Average value of displacement, velocity, and acceleration. IV-3- Calculate the Mean square value of displacement, velocity, and acceleration. IV-4- Calculate the Root Mean square value of displacement, velocity, and acceleration. figure (1) V

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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