- (A) To overcome high bearing stresses developed at the ends
- (B) To overcome bursting stresses at the ends
- (C) To provide high bond stresses
- (D) All the above
Civil Engineering Mcqs
- (A) Rankine formula
- (B) Marcus formula
- (C) Rankine Grashoff formula
- (D) Grashoff formula
- (A) WL/P
- (B) WL/2P
- (C) WL/3P
- (D) WL/4P
- (A) 1/15th of span
- (B) 1/20th of span
- (C) 1/25th of span
- (D) 1/30th of span
- (A) h /4
- (B) h/3
- (C) h/2
- (D) 2h/3
- (A) Kept constant throughout the length
- (B) Decreased towards the centre of the beam
- (C) Increased at the ends
- (D) Increased at the centre of the beam
- (A) 150 KN/mm2
- (B) 200 KN/mm2
- (C) 250 KN/mm2
- (D) 275 KN/mm2
- (A) Is increased by PZ/e
- (B) Is increased by Pe/Z
- (C) Is decreased by Pe/Z
- (D) Remains unchanged
- (A) y = L – (l – ) )
- (B) y = L/2 + (l –
- (C) y = L/2 – (l + )
- (D) y = L/2 – (l – )
- (A) Straight below centroidal axis
- (B) Parabolic with convexity downward
- (C) Parabolic with convexity upward
- (D) Straight above centroidal axis

