[Download PDF] DMRC Civil Engineering Paper-1 2016 Paper with Solutions

Instructions

For the following questions answer them individually

Question 61

The effective depth of T-beam is the distance between the:

Video Solution

Question 62

According to Rankines formula the minimum depth of foundation should be:

Video Solution

Question 63

The most economical section of a trapezoidal channel is one which has hydrulic mean depth equal to:

Video Solution

Question 64

A line joining some fixed stations on main survey lines is:

Video Solution

Question 65

Which of the following instruments is used for spot speed measurement of a vehicle?

Video Solution

Question 66

In which of the following, kerosene oil is used for its preparation ?

Video Solution

Question 67

Which of the followings is measured in a CBR test on soils:

Video Solution

Question 68

Match List I with II and select correct answer from the codes given below the Lists:

Video Solution

Question 69

A short column 300 mm x 300 mm is reinforced with 4 bars of 20 mm dia. (Fe-415 grade). If concrete is M-20 grade, the max. axial load $$P_u (kN)$$ allowed on it is:

Video Solution

Question 70

The height of instrument (HI) is equal to:

Video Solution

CAT Content

DMRC Civil Engineering Paper-1 2016

DMRC Civil Engineering Paper-1 2016

The effective depth of T-beam is the distance between the:

According to Rankines formula the minimum depth of foundation should be:

The most economical section of a trapezoidal channel is one which has hydrulic mean depth equal to:

A line joining some fixed stations on main survey lines is:

Which of the following instruments is used for spot speed measurement of a vehicle?

In which of the following, kerosene oil is used for its preparation ?

Which of the followings is measured in a CBR test on soils:

Match List I with II and select correct answer from the codes given below the Lists:

A short column 300 mm x 300 mm is reinforced with 4 bars of 20 mm dia. (Fe-415 grade). If concrete is M-20 grade, the max. axial load $$P_u (kN)$$ allowed on it is:

The height of instrument (HI) is equal to:

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