## MCQs

Total Questions : 130 | Page 4 of 13 pages
Question 31. If the value of D = 2000m, what would be correction for curvature?
1.    0.629 sq. m
2.    0.269 sq. m
3.    0.962 sq. m
4.    0.692 sq. m
Answer: Option B. -> 0.269 sq. m
Question 32. S-W lies in which of the following quadrant______________
1.    IV
2.    II
3.    I
4.    III
Question 33. The latitude for the figure can be given as __________(θ = 50⁰ 34ꞌ)
1.    160.43m
2.    151.34m
3.    161.34m
4.    165m
Question 34. From the figure, the R.L of B can be____________
1.    R.L of B = R.L of B.M + H.I + X + V
2.    R.L = R.L of B.M + H.I + V – X
3.    R.L = R.L of B.M + V – X
4.    R.L = R.L of B.M + V + X
Answer: Option B. -> R.L = R.L of B.M + H.I + V – X
Answer: (b).R.L = R.L of B.M + H.I + V – X
Question 35. Calculate the area of traverse for the figure, if lengths of AB, BC, CD, and DA are 12.98 m, 98.23 m, 19.77 m, 34.67 m and the angles α, β given as ____________
1.    1086.55sq. m
2.    698.41sq. m
3.    1068.91 sq. m
4.    689.14 sq. m
Answer: Option A. -> 1086.55sq. m
Question 36. From the figure, the value of D can be given as_____________
1.    D = (b tan α₁) / (tan α₁ – tan α₂)
2.    D = (b tan α₂) / (tan α₂ – tan α₁)
3.    D = (b tan α₁) / (tan α₂ – tan α₁)
4.    D = (b tan α₂) / (tan α₁ – tan α₂)
Answer: Option B. -> D = (b tan α₂) / (tan α₂ – tan α₁)
Answer: (b).D = (b tan α₂) / (tan α₂ – tan α₁)
Question 37. From the figure, determine R.L of Q from A?
1.    R.L = R.L of A + h + H2
2.    R.L = R.L of A + s + H1
3.    R.L = R.L of A + s + H2
4.    R.L = R.L of B + H1 + h
Answer: Option B. -> R.L = R.L of A + s + H1
Answer: (b).R.L = R.L of A + s + H1
Question 38. From the figure, determine the value of s
1.    S = D tanα₁ – b tanα₂ – D tanα₂
2.    S = D tanα₂ – b tanα₂ – D tanα₂
3.    S = D tanα₁ – b tanα₁ – D tanα₂
4.    S = D tanα₁ – b tanα₂ – D tanα₁
Answer: Option A. -> S = D tanα₁ – b tanα₂ – D tanα₂
Answer: (a).S = D tanα₁ – b tanα₂ – D tanα₂
Question 39. From the figure, find the horizontal distance between the station and staff and consider distance between stations will be 2 m.
1.    1.6 m
2.    1.4 m
3.    1.2 m
4.    1.8 m
Answer: Option D. -> 1.8 m