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Test: Soil Mechanics & FM- 1 - Civil Engineering (CE) MCQ


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25 Questions MCQ Test - Test: Soil Mechanics & FM- 1

Test: Soil Mechanics & FM- 1 for Civil Engineering (CE) 2024 is part of Civil Engineering (CE) preparation. The Test: Soil Mechanics & FM- 1 questions and answers have been prepared according to the Civil Engineering (CE) exam syllabus.The Test: Soil Mechanics & FM- 1 MCQs are made for Civil Engineering (CE) 2024 Exam. Find important definitions, questions, notes, meanings, examples, exercises, MCQs and online tests for Test: Soil Mechanics & FM- 1 below.
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Test: Soil Mechanics & FM- 1 - Question 1

'Talus' is the soil transported by –

Test: Soil Mechanics & FM- 1 - Question 2

Lacustrine soils are those which are –

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Test: Soil Mechanics & FM- 1 - Question 3

Clay can be classified as

Test: Soil Mechanics & FM- 1 - Question 4

As per ISS the specific gravity of soil is determined at

Test: Soil Mechanics & FM- 1 - Question 5

The degree of saturation in soils can be defined as the ratio of –

Test: Soil Mechanics & FM- 1 - Question 6

When the pores of a soil are full of water then the soil sill be called –

Test: Soil Mechanics & FM- 1 - Question 7

A dry soil has a mass specific gravity of 1.35. It the specific gravity of solids is 2.7. then the voids ratio will be –

Test: Soil Mechanics & FM- 1 - Question 8

The specific gravity of sandy soil is –

Test: Soil Mechanics & FM- 1 - Question 9

The natural water content of the soil sample was found to be 40%, specific gravity is 2.7 and void ratio 1.2 then the degree of saturation of the soil will be –

Test: Soil Mechanics & FM- 1 - Question 10

A functional equation of specific gravity (G) water content (w), void ratio (e) and degree of
saturation (sr) is :-

Test: Soil Mechanics & FM- 1 - Question 11

The soil having unitormity coefficient less than 4 is called

Test: Soil Mechanics & FM- 1 - Question 12

The effective size of soil is

Test: Soil Mechanics & FM- 1 - Question 13

The uniformity co-efficient of soil is defined as the ratio of -

Test: Soil Mechanics & FM- 1 - Question 14

A flow net for seepage under a sheet pile wall has nf = 4 nd = 8 and the permeabilities of the soil in the horizontal direction are kh = 8× 10–5 m/sec and kv = = 2 × 10-5 m/sec. If the head loss through the soil is 2m, the quantity of seepage per meter length of the wall will be -

Detailed Solution for Test: Soil Mechanics & FM- 1 - Question 14

For a sheet pile the quantity of seepage per unit length of wall is given by q=k1.H

Test: Soil Mechanics & FM- 1 - Question 15

The plastic limit exists in case of

Test: Soil Mechanics & FM- 1 - Question 16

The percentage of porosity of loose sand is in the range -

Test: Soil Mechanics & FM- 1 - Question 17

The shear strength of a soil in the liquid limit state is –

Test: Soil Mechanics & FM- 1 - Question 18

The plastic index is

Test: Soil Mechanics & FM- 1 - Question 19

When the plastic limit of a soil is greater than the liquid limit, then the plasticity index is –

Test: Soil Mechanics & FM- 1 - Question 20

The law that states that laminar flow in a saturated soil, the velocity is directly proportional to hydraulic gradient is called –

Test: Soil Mechanics & FM- 1 - Question 21

The dimensions of K are –

Test: Soil Mechanics & FM- 1 - Question 22

K is proportional to 'e' as

Test: Soil Mechanics & FM- 1 - Question 23

The e-log p curve shown in the figure is representative of –

Test: Soil Mechanics & FM- 1 - Question 24

Which of the following is not an assumption in the terzaghic's theory of one diamensional consolidation

Test: Soil Mechanics & FM- 1 - Question 25

A clay sample has a void ratio of 0.50 in dry state and specific gravity of solids = 2.70 its shrinkage limit will be –

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