[4] In thin walled sphere, the wall is subjected to A. Hoop stress only B. Longitudinal stress only. C. Both A & B D. Radial stress only ترك ترك السوال کاملا [5] When the bar subjected to torque, the maximum shear stress occur at. A. External surface of the bar B. Middle of the bar A. Distance below the external surface D. Both A & B ترك السوال کاملا

[4] In thin walled sphere, the wall is subjected to A. Hoop stress only B. Longitudinal stress only. C. Both A & B D. Radial stress only ترك ترك السوال کاملا [5] When the bar subjected to torque, the maximum shear stress occur at. A. External surface of the bar B. Middle of the bar A. Distance below the external surface D. Both A & B ترك السوال کاملا

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

See similar textbooks

Similar questions

Part 1 A compression load of P = 45 kips is applied to a 2 in. by 2 in. square post, as shown. Determine the normal stress on perpendicular to plane AB and the shear stress Tnt parallel to plane AB. Assume a = 20°. B Calculate the normal force N perpendicular to the plane AB and the shear force V parallel to plane AB. Report both answers as positive numbers. Answers: N = kips, V = kips. Save for Later Attempts: 0 of 1 used Submit Answer
answer as soon
i need the answer quickly
what stress state has the most impact onthe design at point B?
Please show complete solution with diagram. Thank you! Topic: Generalized Hooke's Law
Please help me with Mechanics of Deformable Bodies. Please include solutions. Thank you!
Just for checking determine if true or false 1.) Tensile force tends to cut the body in two. 2.) FBD is a sketch of the isolated body which shows only the forces acting upon the body. 3.) If there is no contact between two bodies, bearing stress is equal to zero.
Question 1: Taking the safety factor as 2 for the loading condition shown in the figure, we can calculate the maximum axial force (P) that can be applied. d=100mma) On the theory of maximum normal stressb) Maximum shear stress theoryc) Calculate according to the maximum strain energy theory.The structure is made of steel and the proportional limit is 250 MN / m2 in pressing and drawing, and 140 MN / m2 in shear. The elasticity module of the material is 200 GPa and the Poisson's ratio is 0.3. d=100mm
[4] In thin walled sphere, the wall is subjected to O A. Hoop stress only O B. Longitudinal stress only. O C. Both A &B O D. Radial stress only [5] When the bar subjected to torque, the maximum shear stress occur at. O A. External surface of the bar O B. Middle of the bar A. Distance below the external surface O D. Both A &B [6] If the shafts are rigidly fastened together such that the torque is subjected at the junction point, the type of connection called.. O A. Series connection O B. Parallel connection O C. Both A & B O D. None of the above [7] The beam built into rigid support from one end called. O A. Simple supported beam B. Cantilever beam O c. Overhang beam O D. None of them above
kindly solve this please, thank you
Pravinbhai
Q.1. A. For a hullow steel tube with an inside diameter of 120 mm and outside dismeter of 138, Deternine the maximum tensile koad that can be applied if the stress is limited to 115 MN/m2, B. What force is required to punch a square hole (25-mm 25mm) in a plate that is 30 mm thick? The shear strength is 350 MN/m2. Purcher 25 mm 2 mm 30 mm ck