Question
a.
both horizontal and vertical planes will be devoid of shear stress
b.
both horizontal and vertical planes will have shear stress
c.
only vertical plane has shear stress
d.
only horizontal plane has shear stress
Interact with the Community - Share Your Thoughts
Uncertain About the Answer? Seek Clarification Here.
Understand the Explanation? Include it Here.
Q. From the symmetry and orthogonality of principal planes ____________
Similar Questions
Explore Relevant Multiple Choice Questions (MCQs)
Q. The vertical stress at a point within soil mass at a depth z is ____________
View solution
Q. On simplifying the compatibility equation in terms of stresses with respect to Poisson’s ratio is given by _________
View solution
Q. If z-axis is considered to be directed downward from ground surface, then the stress component in y-axis at a point at a depth z due to self weight of soil above it is ___________
View solution
Q. If z-axis is considered to be directed downward from ground surface, then the stress component in z-axis at a point at a depth z due to self weight of soil above it is ___________
View solution
Q. At a certain point within soil mass, the stresses are caused only because of surface loadings.
View solution
Q. The problems due to stress distribution in soils due to a concentrated load was studied by _____________
View solution
Q. The assumption made by Boussinesq in the solutions is by the ____________
View solution
Q. The assumption of Boussinesq equation is that the soil is ______________
View solution
Q. The assumption of Boussinesq equation is that the soil is ______________
View solution
Q. The assumption of Boussinesq equation is that the soil is ______________
View solution
Q. The Boussinesq equation representing the polar radial stress is ___________
View solution
Q. The Boussinesq equation representing the vertical stress is ___________
View solution
Q. The Boussinesq equation representing the tangential stress is ___________
View solution
Q. The Boussinesq influence factor is given by ____________
View solution
Q. The intensities of pressure below a point load where r=0 on axis of loading is ____________
View solution
Q. ____________ is not the vertical pressure distribution diagram, which can be prepared by Boussinesq’s theory.
View solution
Q. An isobar is a curve connecting all points of _______ below the ground.
View solution
Q. An isobar is a curved surface of the shape of _________
View solution
Q. The zone of soil in isobar is called __________
View solution
Q. An isobar diagram consists of __________
View solution
Recommended Subjects
Are you eager to expand your knowledge beyond Geotechnical Engineering? We've handpicked a range of related categories that you might find intriguing.
Click on the categories below to discover a wealth of MCQs and enrich your understanding of various subjects. Happy exploring!
