- (A) 0.5 cm
- (B) 1.0 cm
- (C) 1.5 cm
- (D) 2.5 cm
- (E) 0.25 cm
Civil Engineering Mcqs
- (A) catenary
- (B) parabola
- (C) hyperbola
- (D) elliptical
- (E) circular arc
- (A) kg m2
- (B) m4
- (C) kg/m2
- (D) kg/m
- (E) m2/kg
- (A) one-fourth of the total height above base
- (B) one-third of the total height above base
- (C) one-half of the total height above base
- (D) three-eighth of the total height above the base
- (E) none of the above
- (A) one-fourth of the total height above base
- (B) one-third of the total height above base
- (C) one-half of the total height above base
- (D) three-eighth of the total height above the base
- (E) none of the above
- (A) two members with unknown forces of the frame
- (B) three members with unknown forces of the frame
- (C) four members with unknown forces of the frame
- (D) three members with known forces of the frame
- (E) four members with two known forces
- (A) 2n-3
- (B) n-l
- (C) ‘2n-l
- (D) n – 2
- (E) 3n-2
- (A) three forces acting at a point will be in equilibrium
- (B) three forces acting at a point can be represented by a triangle, each side being proportional to force
- (C) if three forces acting upon a particle are represented in magnitude and direction by the sides of a triangle, taken in order, they will be in equilibrium
- (D) if three forces acting at a point are in equilibrium, each force is proportional to the sine of the angle between the other two
- (E) none of the above
- (A) reducing the problem of kinetics to equivalent statics problem
- (B) determining stresses in the truss
- (C) stability of floating bodies
- (D) designing safe structures
- (E) solving kinematic problems
- (A) weight
- (B) velocity
- (C) acceleration
- (D) force
- (E) moment
