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A
Compressive
B
Shear
C
Tensile
D
Normal
A
750
B
300
C
300
D
450
A
1947
B
1951
C
1957
D
1960
A
Toughness and wear resistance
B
Wear resistance and hardness
C
Strength and Toughness
D
Hardness and strength
A
Comparative estimation compares the experience of two experts
B
Bottom-up estimate gives results better than the top-down estimate
C
Parametric model estimating method can be used to get the days-perworkstation
D
Top-down estimate makes use of a high-level work breakdown structure
A
axis
B
plane
C
section
D
twist
A
IS 1172:1993
B
IS 3114:1994
C
IS 1742:1983
D
IS 771:1979
A
27.39 MPa
B
15.53 Gpa
C
10.53 GPa
D
25.39 GPa
A
Direct Shear Test
B
Casagrande apparatus
C
Modified Proctor Compaction
D
Le-chatelier apparatus
A
Six Sigma
B
Design of experiments
C
Benchmarking
D
Control Charts
A
0.15% of gross area of slab
B
0.12% of gross area of slab
C
6% of gross area of slab
D
4% of gross area of slab
A
Area of the country/75
B
Area of the country/40
C
Area of the country/25
D
Area of the country/50
A
Area on a vertical plane
B
Area on a curved plane
C
Area on a horizontal plane
D
Area on an inclined plane
A
ABC differs from traditional pricing systems in that the products are not split between them.
B
ABC is more likely to end up with a big difference from traditional pricing systems if the company produces a single product instead of many
C
In ABC, cost drivers are what cause costs to be incurred
D
ABC is beneficial for the distribution of marketing and distribution costs.
A
Long range issues
B
Short range issues
C
Shareholder issues
D
Strategic issues
A
Map study, Reconnaissance survey, Preliminary survey and Final location and Detailed surveys
B
Preliminary survey, Final location and Detailed surveys, Map study and Reconnaissance survey
C
Reconnaissance survey, Final location and detailed surveys, Map study and Preliminary survey
D
Final location and detailed surveys, Map study, Reconnaissance survey, Preliminary survey
A
Locating the given point
B
Locating two previous stations occupied by the plane table
C
Locating the plane table station point
D
Given location of two points, locating the station occupied by the plane table
A
Volume
B
Specific gravity
C
Viscosity
D
Specific weight
A
Rolling average method
B
Weighted average moving method
C
Exponential smoothing method
D
Critical path method
A
(Distance from objective lens to vertical axis) / (Focal length of objective lens)
B
(Focal length of objective lens) - (Distance from objective lens to vertical axis)
C
(Focal length of objective lens) + (Distance from objective lens to vertical axis)
D
(Focal length of objective lens) / (Distance from objective lens to vertical axis)