Consider a steel bar fixed at one end and with a mass (m) attached at the other end. Its first axial frequency is 4200Hz. The frequency equation@LMEwhere c=сand M is the mass of the bar. Steel has a Young's modulus of 210GPa and a density ofP8000kg/m^3 and the bar is 300mm long. What is the mass ratio m/M ? . Give your answer to 4 decimalsis given by-tanm

Given data Frequency = 4200Hz Young's modulus = 210GPa The density = 8000(kg/m3) Find thr ratio of…

Consider a steel bar fixed at one end and with a mass (m) attached at the other end. Its first axial frequency is 4200Hz. The frequency equation @L wL M E and M is the mass of the bar. Steel has a Young's modulus of 210GPa and a density of where c = C C 8000kg/m^3 and the bar is 300mm long. is given by tan m P What is the mass ratio m/M ? . Give your answer to 4 decimals

Consider a steel bar fixed at one end and with a mass (m) attached at the other end. Its first axial frequency is 4200Hz. The frequency equation @L wL M E and M is the mass of the bar. Steel has a Young's modulus of 210GPa and a density of where c = C C 8000kg/m^3 and the bar is 300mm long. is given by tan m P What is the mass ratio m/M ? . Give your answer to 4 decimals

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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