5-51 Abracket is made of steel (y = 0.284 lb/in.) and alu-minum (y = 0.100 Ib/in.) plates as shown in Fig. P5-51.Locate the center ot graviry or tne pracket.Aluminum8 in.SteelAluminum5 in. !10 in.1 in.I in.

From the figure, we can see that the solid structure is symmetrical about x=5 inches. Therefore,

Answered: 5-51 Abracket is made of steel (y =…

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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11 Design the rod. (Find the diameter d). (2 Puan) F = 60KN, Gall = 120MPA y C A В F L d = 25.2mm d = 20.1mm d = 19.5mm d = 22mm d = 28.2mm d = 24.8mm
Bearing stress 2. Please provide proper discussion and illustration also complete solution and clear solution please thank you. Determine the length of a square key to be used for a 3.73 kW 1800 rpm electric motor. Motor shaft diameter is 35 mm and the height of the key is approximately one-half of the shaft size. The bearing stress on the key is?
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5KN 2 m A thin Cylinder has alength of thickness of 8 mm. Contain agas end of acylinder (deft) is fixied and tho right end o free- A rigid eglinder perpendiéulart ite longstudinal 2 m, internal diameter 60 cm, under af 5 MPa • apressure one 1 m is fixed to the free end f the axes (as shown infig of leugth arm A vertical load of 5KN is applied at the end of the rigid i Determine the maximun torsional stress i the wall the eglinder o termne the principal stresses in 3. Determine the max. strains (inchuding torsional strain) in the cylinder. arm the glindar 2.
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Steel: 7.Š xl04 Problene # 3: a) ldentify if whether each reod o componene ù w under comp ression ou tension. 6.) Solve for area up rod given square each cross se ctions Cofuen valnes: Stress iN each pod: Steed: 7.5 x104 kN /m? bronde: 1.0 A10° kN Imr S KN./m? aluminum: Il.s x10 7 KN- H3KN steel Gonze aluminum thm all Holutins

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5-51 Abracket is made of steel (y = 0.284 lb/in.) and alu- minum (y = 0.100 Ib/in.) plates as shown in Fig. P5-51. Locate the center ot graviry or tne pracket. Aluminum 8 in. Steel Aluminum 5 in. ! 10 in. 1 in. I in.