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Test: Column Design - Civil Engineering (CE) MCQ


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10 Questions MCQ Test - Test: Column Design

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

Eccentrically loaded columns have to be designed for combined axial and ________

Detailed Solution for Test: Column Design - Question 1

When the line of action of the resultant force doesn’t coincide with the axis of centre of gravity then it is called eccentrically loaded column. An eccentrically loaded column has to be designed for combined axial force and bending moments.

Test: Column Design - Question 2

What is the minimum value of eccentricity provided in columns?

Detailed Solution for Test: Column Design - Question 2

o column can have a perfectly axial load. There may be some moments acting due to imperfection of construction or due to actual conditions of loading. Hence IS 456 -2000, recommend eccentricity of 20 mm.

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Test: Column Design - Question 3

The minimum diameter provided for the longitudinal bars is ________

Detailed Solution for Test: Column Design - Question 3

The minimum diameter of the longitudinal bars provided in the column is 12 mm and the spacing of longitudinal bars measured along the periphery of the column shall not exceed 300 mm.

Test: Column Design - Question 4

The ends of ________ shall be properly anchored.

Detailed Solution for Test: Column Design - Question 4

The effective lateral support is given by transverse reinforcement either in the form of circular rings or by lateral ties. The ends of transverse reinforcement shall be properly anchored.

Test: Column Design - Question 5

Which of the following reservoirs is also known as ___________

Detailed Solution for Test: Column Design - Question 5

Ground service reservoirs are constructed at ground level and mainly used to store water. They are generally constructed with masonry (or) RCC slab. These are also known as surface reservoirs or not elevated reservoirs.

Test: Column Design - Question 6

Which of the following is one of the layouts of distribution systems?

Detailed Solution for Test: Column Design - Question 6

In grid iron systems, there are no dead ends hence stagnation of water and its consequences are eliminated. The water is kept in good circulation due to the absence of dead ends. The system is suitable for well planned towns.

Test: Column Design - Question 7

Which of the following is also known as a ring system?

Detailed Solution for Test: Column Design - Question 7

In a circle system, the entire locality is divided into either rectangular (or) circular blocks. The water mains are laid along the peripheral roads with sub mains branching out from mains. This system is also known as ring system.

Test: Column Design - Question 8

What is the recommended value of effective length if the column is effectively held in position and fixed against rotation in both ends?

Detailed Solution for Test: Column Design - Question 8

Effectively held in position and fixed against rotation in both ends is 0.65 l.

Test: Column Design - Question 9

The strength of the column with helical reinforcement shall be ____ times the strength of similar column with lateral ties.

Detailed Solution for Test: Column Design - Question 9

The strength of column with helical reinforcement Shall be 1.05 times the strength of similar column with lateral ties, provided the ratio of the volume of helical reinforcement to the volume of the core shall not be less than 0.36(Ag/Ak – 1) fck/fy.

Test: Column Design - Question 10

What is the minimum number of longitudinal bars provided in the rectangular column?

Detailed Solution for Test: Column Design - Question 10

According to IS 456-2000, clause 26.5.3, the minimum number of longitudinal bars to be provided is 4 for rectangular columns and the minimum number of longitudinal bars to be provided for circular columns is 6.

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