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Pavement Design
Advanced Pavement Design
Quiz 1
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Q.1
Find the group index of the soil having the following details using the graphical method.
a) 6
b) 7
c) 5
d) 8
Q.2
Find the thickness of pavement if the triaxial test is conducted on a sample and the data obtained are:
a) 79.84 cm
b) 82.84 cm
c) 80.84 cm
d) 81.84 cm
Q.3
The parameters a, b, c and d for the group index computation are obtained asandrespectively. The CVPD is found to beFind the thickness of the surface and base of the pavement for the above details.
a) 29 cm
b) 39 cm
c) 30 cm
d) 20 cm
Q.4
What would be the thickness of pavement layers for a soil subjected to the triaxial test with the following data?
a) 44.52 cm base course
b) 55.74 cm base course
c) 51.52 cm base course
d) 42.04 cm base course
Q.5
A higher value of the group index indicates a strong subgrade.
a) True
b) False
Q.6
The triaxial method is based on which equation?
a) Boussinesq’s stress
b) Boussinesq’s displacement
c) Burmister’s stress
d) Burmister’s displacement
Q.7
What indicates that the traffic is light traffic in case of group index design chart?
a) CVPD < 20
b) CVPD < 50
c) AADT < 20
d) AADT < 50
Q.8
In the triaxial method, the equation for the thickness of the pavement can be obtained by bringing ______ term to one side.
a) p
b) z
c) a
d) E
Q.9
Find the group index of the soil having the following details:
a) 5
b) 1
c) 0
d) 2
Q.10
The GI value can be calculated using group index charts.
a) True
b) False
Q.11
What is the lateral pressure applied to the soil in the triaxial test?
a) 1.4 kg/mm2
b) 1.4 kg/cm3
c) 1.4 kg/cm2
d) 1.4 kg/mm3
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