Two spring are attached to an object of mass Two springs are attached to an object of mass, 20 kg on ahorizontal frictionless surface. Springs constant of bothsprings is 175ON/m. Object is pulled away from ehe polit A,a distance x37cm as seen in Figure. If the particle isreleased, what is its speed when it comes back to theequilibrium point A? (initial length of the springs, L-145cm)a)1.3m/sbjo.6m/sc19.1m/sd)7.2m/se)5.6m/s

k=1750 Nmm= 20 kgx=37 cmLength of spring intially L0=145 cmFinal length of streached spring…

Two springs are attached to an object of mass, 20 kg on a horizontal frictionless surface. Springs constant of both springs is 175ON/m. Object is pulled away fromehe polit A a distance 37cm as seen in Figure. If the particle is released, what is its speed when it comes back to the equilibrium point A? (initial length of the springs, L145cm) L. roo00000000 a1.3m/s bjo.6m/s c9.im/s dj7.2m/s e5.6m/s

Two springs are attached to an object of mass, 20 kg on a horizontal frictionless surface. Springs constant of both springs is 175ON/m. Object is pulled away fromehe polit A a distance 37cm as seen in Figure. If the particle is released, what is its speed when it comes back to the equilibrium point A? (initial length of the springs, L145cm) L. roo00000000 a1.3m/s bjo.6m/s c9.im/s dj7.2m/s e5.6m/s

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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