What would be the vertical stress on top of the pavement if the radiu – McqOptions

MCQOPTIONS

1.	What would be the vertical stress on top of the pavement if the radius of the circular load is 15 cm and the uniform contact pressure exerted is 6 kg/cm2?
A.	2.67 kg/cm2
B.	1 kg/cm2
C.	6 kg/cm2
D.	0 kg/cm2
Answer» D. 0 kg/cm2

Discussion

No Comment Found

Related MCQs

In a one-layer system, the load is considered to be a point load.
What would be the vertical stress on top of the pavement if the radius of the circular load is 15 cm and the uniform contact pressure exerted is 6 kg/cm2?
Compute the vertical stress under the centre of the load at a depth of 40 cm from the surface. A circular load of radius 16 cm with a uniform contact pressure of 7 kg/cm2 is applied on the pavement surface.
Which of the below options represents the equation to compute the vertical stress under a uniformly distributed circular load?
Which layer has the highest elasticity?
Fatigue cracking leads to the development of radial stresses in the pavement.
According to Boussinesq’s theory, the soil mass is not considered to be ______
Stresses are the response of ______ of the pavement.
The responses to moving traffic loads in the flexible pavement are influenced by what factors?
How does the vertical stress affect the pavement?