. A two cell tube made ofAluminum (E = 70GPa) as shownthe Fig (2) and subjected to a Torque90000 N.cm. The shear flow (q1 andq2) of the two cell are;il mm1 mma. q1-5563.41N/m, q2-3977.78N/mb. q1-3218.54N/m, q2-4321.65N/mc. ql-1212.43N/m, q2=1218.98N/md. None of the above211 mm-35 cmFig.(2)1.510

Write the given data. E=70 GPaT=90000 NcmFor Aluminium, μ=0.3 Calculate the modulus of rigidity.…

. A two cell tube made of Aluminum (E = 70GPa) as shown in the Fig (2) and subjected to a Torque 90000 N.cm. The shear flow (q1 and q2) of the two cell are; 1 mm 1 mm a. q1-5563.41N/m, q2=3977.78N/m b. q1-3218.54N/m, q2-4321.65N/m c. q1-1212.43N/m, q2=1218.98N/m d. None of the above 2 mm 1 mm -35 cm 1.5 10

. A two cell tube made of Aluminum (E = 70GPa) as shown in the Fig (2) and subjected to a Torque 90000 N.cm. The shear flow (q1 and q2) of the two cell are; 1 mm 1 mm a. q1-5563.41N/m, q2=3977.78N/m b. q1-3218.54N/m, q2-4321.65N/m c. q1-1212.43N/m, q2=1218.98N/m d. None of the above 2 mm 1 mm -35 cm 1.5 10

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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