Match the following:
| Access | Haulage | Mineralisation |
| P Shaft | 1. Track | a. Moderate depth |
| Q Decline | 2. Trackless | b. Deep seated |
| R Adit | 3. Hoisting | c. Hillock |
A. P-1-a, Q-3-b, R-2-c
B. P-3-b, Q-2-a, R-1-c
C. P-2-a, Q-1-b, R-3-c
D. P-2-b, Q-3-c, R-1-a
Answer: Option B
Solution (By Examveda Team)
Definition:In mining engineering, specific terms such as Access, Haulage, and Mineralisation are crucial for understanding mining operations:
Access: Refers to the means by which miners reach an underground ore body, such as through shafts, declines, or adits.
Haulage: Involves the transportation of mined material from underground to the surface, which can be done using track systems, trackless vehicles, or hoisting equipment.
Mineralisation: Describes the concentration and distribution of valuable minerals in an ore body, which varies based on depth and location.
Explanation:
The correct answer is Option B: P-3-b, Q-2-a, R-1-c.
Matching Details:
P (Shaft): Shafts are vertical access points often associated with hoisting (3) and are typically used for accessing deep-seated (b) mineral deposits.
Q (Decline): Declines are inclined tunnels commonly used for trackless haulage (2) and are ideal for moderate-depth (a) mineral deposits.
R (Adit): Adits are horizontal or near-horizontal tunnels used in areas like hillocks (c) and are associated with track haulage (1).
Why other options are incorrect:
Option A: Incorrect pairing of features and purposes.
Option C: Misalignment of haulage methods and mineralisation depths.
Option D: Does not follow the logical association of methods with corresponding mining conditions.
Thus, the correct matching is P-3-b, Q-2-a, R-1-c, making Option B the correct answer.
Related Questions on Introduction to Mining Engineering
A. Normal distribution
B. Skewed distribution
C. Lognormal distribution
D. Poisson distribution
A. 3 level heading district
B. 4 level heading district
C. 5 level heading district
D. 6 level heading district
It is very difficult to control shaley roof if coal is not left with the shale why?
A. It is weak in nature
B. It has weathering effect
C. It has great affinity to absorb moisture and get departed from immediate roof
D. It reacts with coaly surface

Join The Discussion