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Civil Engineering

The amount of gradient is required to be reduced, whenever a horizontal curve and gradient have to be provided together. What is this process known as ?

Question: The amount of gradient is required to be reduced, whenever a horizontal curve and gradient have to be provided together. What is this process known as ?
[A].

Momentum gradient

[B].

Pusher gradient

[C].

Grade compensation

[D].

Grade resistance

Answer: Option C

Explanation:

No answer description available for this question.

The amount of gradient is required to be reduced, whenever a horizontal curve and gradient have to be provided together. What is this process known as ? Read More »

Civil Engineering, Upsc Civil Service Exam Questions

If S is the sum of three angles of a spherical triangle, the spherical excess equals

Question: If S is the sum of three angles of a spherical triangle, the spherical excess equals
[A].

S – 90°

[B].

S – 180°

[C].

S – 270°

[D].

S – 360°.

Answer: Option B

Explanation:

No answer description available for this question.

If S is the sum of three angles of a spherical triangle, the spherical excess equals Read More »

Advanced Surveying, Civil Engineering

Coal ash (or cinder) is used in initial stages of a new construction of railway for

Question: Coal ash (or cinder) is used in initial stages of a new construction of railway for
[A].

wooden sleepers

[B].

steel sleepers

[C].

cast iron sleepers

[D].

none of these.

Answer: Option A

Explanation:

No answer description available for this question.

Coal ash (or cinder) is used in initial stages of a new construction of railway for Read More »

Civil Engineering, Railways

Mercury (density = 13600 kg/m3, σ = 0.49N/mm internal diameter open-ended capillary tube is inserted in the middle of the beaker into the mercury. The meniscus in the tube will be below the external mercury surface by how much distance?

Question: Mercury (density = 13600 kg/m3, σ = 0.49N/mm internal diameter open-ended capillary tube is inserted in the middle of the beaker into the mercury. The meniscus in the tube will be below the external mercury surface by how much distance?
[A].

4.2 mm

[B].

5.7 mm

[C].

6.8 mm

[D].

7.3 mm

Answer: Option D

Explanation:

No answer description available for this question.

Mercury (density = 13600 kg/m3, σ = 0.49N/mm internal diameter open-ended capillary tube is inserted in the middle of the beaker into the mercury. The meniscus in the tube will be below the external mercury surface by how much distance? Read More »

Civil Engineering, Upsc Civil Service Exam Questions