Civil Engineering - Soil Mechanics and Foundation Engineering - Discussion

14. 

Through a point in a loaded soil mass, there exists n typical planes mutually orthogonal on which the stress is wholly normal and no shear stress acts, if n is

[A]. 1
[B]. 2
[C]. 3
[D]. 4

Answer: Option C

Explanation:

No answer description available for this question.

Rajkumar said: (Oct 1, 2018)  
Please explain the answer.

K Gowtham said: (Jan 22, 2019)  
Please explain the answer clearly.

Umesh said: (Feb 6, 2019)  
Please explain the answer.

R Verman said: (Feb 7, 2019)  
I think the answer should be 2.

Navneet said: (Aug 1, 2019)  
There are 3 types of plane major, minor and intermediate principle planes.

Pavan said: (Mar 28, 2021)  
There exist only two plane where there won't be any shear stress. They are major and minor principal stresses.

Refer to Mohr's Circle Diagram. The circle will coincide at two points on Normal Stress axis (X-Axis) , on which the Y-cord (Shear Stress) has to be equal to zero.

Nabin said: (Jun 14, 2021)  
There are 3 planes on which shear stress is 0 called principal planes. 1st is the major principle plane which has maximum compressive stress, 2nd minor principle plane on which compressive stress is minimum, and 3rd intermediate principle plane having compressive stress value between major and minor principal planes.

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