Explore topic-wise MCQs in Pavement Design.

This section includes 11 Mcqs, each offering curated multiple-choice questions to sharpen your Pavement Design knowledge and support exam preparation. Choose a topic below to get started.

1.

What is the rate of exudation pressure applied on the subgrade for the stabilometer test?

A. 900 kg per minute
B. 1000 kg per minute
C. 950 kg per minute
D. 1050 kg per minute
Answer» B. 1000 kg per minute
2.

The C-value of a gravel base course ranges from 22 to 30.

A. True
B. False
Answer» C.
3.

Find the thickness of the pavement using R-value method for the following details.EWL = 36,345,233R = 42C = 88

A. 22.98 cm
B. 22.89 cm
C. 29.82 cm
D. 28.92 cm
Answer» D. 28.92 cm
4.

Calculate the equivalent C-value for a pavement having the details as mentioned in the table below.

A. 87
B. 88
C. 89
D. 86View Answer
Answer» B. 88
5.

In order to find the thickness of the pavement, it is necessary to find the equivalent C value of the pavement materials.

A. True
B. False
Answer» B. False
6.

Calculate the fifteen-year traffic index for the data given below. Assume 50% increase in traffic in the fifteen-year period.

A. 9.5
B. 9.469
C. 9.496
D. 9.515View Answer
Answer» C. 9.496
7.

A vehicle has four axles, what would be the equivalent wheel load (EWL) constant used for the R-value design method?

A. 4620
B. 330
C. 2460
D. 3040
Answer» D. 3040
8.

What is the typical R-value for a well-graded crushed stone base course?

A. > 50
B. < 50
C. > 80
D. < 80
Answer» D. < 80
9.

What is the equation to find the thickness of pavement using the R-value?

A. \(T=\frac{K(TI)(90-R)}{C^{1⁄5}}\)
B. \(T=\frac{K(TI)(180-R)}{C^5}\)
C. \(T=\frac{K(TI)(180-R)}{C^{1⁄5}}\)
D. \(T=\frac{K(TI)(90-R)}{C^5}\)
Answer» B. \(T=\frac{K(TI)(180-R)}{C^5}\)
10.

How is R-value related to C-value?

A. R=C5
B. R=1/C5
C. R=C5
D. R=1/C1/5
Answer» E.
11.

______ is used to test the resistance value or R-value of the material?

A. Cohesiometer
B. Stabilometer
C. Penetrometer
D. Tribometer
Answer» C. Penetrometer