How to do i calculate the young's modulus from this set of data? Beam modulusLoad (m)(g)Load (w) (n) Deflection (mm) Deflection (m) 488 1/L^3Young's modulus00100.098100.08002505.4464E-141.1977E-15200.19620.11 1.08928E-13 2.3954E-15300.2943400.39240.22500.49050.29600.58860.310.19 1.63392E-13 3.5931E-152.17856E-13 4.7908E-152.7232E-13 5.9885E-153.26784E-13 7.1862E-15Load (g)20015010050700.68670.373.81248E-13 8.3839E-150800.78480.43900.88291000.9811101.07911201.17721301.27531401501601.37341.47151.56961701.66771801.76581901.86392001.9624.35712E-13 9.5816E-150.48 4.90176E-13 1.0779E-140.54 5.4464E-13 1.1977E-140.59 5.99104E-13 1.3175E-140.61 6.53568E-13 1.4372E-140.67 7.08032E-13 1.557E-140.71 7.62496E-13 1.6768E-140.74 8.1696E-13 1.7966E-140.78 8.71424E-13 1.9163E-140.83 9.25888E-13 2.0361E-140.91 9.80351E-13 2.1559E-140.94 1.03482E-12 2.2756E-140.99 1.08928E-12 2.3954E-1402E-134E-136E-138E-131E-121.2E-12Deflection (mm)Aluminium2.52y=8E+13x+1E-15R² = 1Load (N)1.510.5Material: AluminiumBeam size:360mm/= 21.3805E-151E-141.5E-142E-142.5E-143E-144881/L^3

The Young's modulus can be calculated from the data in the table and the plot in the figure by…

Answered: Beam modulus Load (m)(g) Load (w) (n)…

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

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