Which type of mortar has the lowest strength?(a) Type M(b) Type O(c) Type N(d) Type SI had been asked this question in class test.My question is taken from Load Bearing Walls topic in chapter Load Bearing Walls of Construction & Building Materials

Which type of mortar has the lowest strength?(a) Type M(b) Type O(c) T

1.	Which type of mortar has the lowest strength?(a) Type M(b) Type O(c) Type N(d) Type SI had been asked this question in class test.My question is taken from Load Bearing Walls topic in chapter Load Bearing Walls of Construction & Building Materials
Answer» Correct ANSWER is (b) Type O The explanation: Mortar mix is AVAILABLE in VARIOUS types viz type M, type S, type N, type O and type K. They are classified on the basis of the ratios of portland cement, lime, and sand. Out of these, type M is the STRONGEST while type O has the LOWEST strength.

Discussion

No Comment Found

Related InterviewSolutions

The effective height of a wall of actual height H, partially restrained at the bottom and having no lateral support at the top is __________(a) 0.85H(b) 0.75H(c) 1.00H(d) 1.50H
In surkhi mortar _________ is used as binding material.(a) Lime(b) Cement(c) Surkhi(d) SandThis question was posed to me in semester exam.My enquiry is from Load Bearing Walls topic in portion Load Bearing Walls of Construction & Building Materials
Cement mortars gain strength _______ while lime mortars gain strength _______(a) Quickly, slowly(b) Slowly, quickly(c) Slowly, slowly(d) Quickly, quicklyThe question was posed to me at a job interview.I would like to ask this question from Load Bearing Walls in chapter Load Bearing Walls of Construction & Building Materials
The design of non-calculated walls is based on certain regulations and not on calculations.(a) True(b) FalseThe question was asked by my college director while I was bunking the class.The above asked question is from Structural Design of Walls topic in portion Load Bearing Walls of Construction & Building Materials
The effective thickness should be _________ of the sum of actual thicknesses of the two skins of a cavity wall if both the skins have uniform thickness throughout.(a) One-fourth(b) Half(c) Two-thirds(d) One-thirdThe question was posed to me in unit test.My doubt is from Effective Length and Thickness of Wall topic in chapter Load Bearing Walls of Construction & Building Materials
Effective height of a wall is the function of __________ of the wall.(a) Weight(b) Mass(c) Actual height(d) ThicknessI got this question in examination.I'd like to ask this question from Effective Height of Wall topic in chapter Load Bearing Walls of Construction & Building Materials
A in the figure below represents __________(a) Wall(b) Cross walls(c) Pier(d) ButtressThis question was posed to me in an interview for job.Question is from Load Bearing Walls in chapter Load Bearing Walls of Construction & Building Materials
The nominal thickness of one brick wall in case of modular bricks is __________(a) 18 cm(b) 19 cm(c) 20 cm(d) 21 cmI had been asked this question during an interview for a job.My enquiry is from Load Bearing Walls topic in portion Load Bearing Walls of Construction & Building Materials
Slenderness ratio of a wall does not depend on __________(a) Height of the wall(b) Length of the wall(c) Mass of the wall(d) Thickness of the wallThis question was addressed to me in an interview for job.This question is from Load Bearing Walls topic in section Load Bearing Walls of Construction & Building Materials
Which of the following is not a type of load coming on the wall structures?(a) Dead load(b) Black load(c) Live load(d) Earthquake loadI got this question in an online interview.This question is from Load Bearing Walls topic in chapter Load Bearing Walls of Construction & Building Materials

Which type of mortar has the lowest strength?(a) Type M(b) Type O(c) Type N(d) Type SI had been asked this question in class test.My question is taken from Load Bearing Walls topic in chapter Load Bearing Walls of Construction & Building Materials

Discussion

No Comment Found

Related InterviewSolutions

Reply to Comment