Civil Engineering MCQ Question||Design of steel structure Question for SSC JE and RRB JE

This test completely based on Exam pattern and Syllabus, So give this test and Improve your preparations! Wish you very all the best!

Q.1 Net sectional area of a tension member is equal to its gross section area

(A) plus the area of the rivet holes

(B) divided by the area of the rivet holes

(C) multiple the area of the rivet holes

(D) minus the area of rivet holes

Q.2 A tension member if subjected to possible reversal of stress due to wind the slenderness ratio of the members should not exceed

A) 180

(B) 350

(C) 300

(D) 340

Q.3 A tie is a _____

(A) tension member

(B) compression member

(C) flexural member

(D) Torsion member

Q.4 In a tension member, if one or more than one rivet holes are of the length the value of the member depend upon

(A) pitch

(B) gauge

(C) diameter of the rivet holes

(D) all of the above

Q.5 A Steel rod of 20 mm diameter is used as a tie member in a roof bracing system, and may be subjected to possible reversal of stress due to wind load, what is the maximum permissible length of the member

(A) 2000 mm

(B) 1750 mm

(C) 3000 mm

(D) 2500 mm

Q.6 Maximum value of slenderness ratio of lacing flat in a steel column is

(A) 120

(B) 145

(C) 180

(D) 320

Q.7 Ratio of length of column to the minimum radius of gyration of the cross sectional area of the column is known as

(A) slenderness ratio

(B) buckling ratio

(C) crippling ratio

(D) compressive ratio

Q.8 The maximum allowable slenderness ratio for member carrying compressive load due to wind and seismic force only is

(A) 120

(B) 250

(C) 180

(D) 320

Q.9 The channels get twisted symmetrically with regard to its axis

(A) parallel to flange

(B) parallel to web

(C) perpendicular to flange

(D) perpendicular to web

Q.10 Indian lacing the thickness 't' of flat lacing is

(A) 't' is less than 1/40th length between inner end rivets

(B) 't' is less than 1/50th length between inner end rivets

(C) 't' is less than 1/60th length between inner end rivets

(D) 't' is less than 1/70th length between inner end rivets