Govt. Exams
Entrance Exams
# Indian Railway Institute of Financial Management — Location
This is a factual geography question about an important Indian railway institution. Let me identify the correct location systematically.
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## Step 1: Understanding the Institution
The Indian Railway Institute of Financial Management (IRIFM) is a premier training and development center established by Indian Railways to provide financial and management education to railway officials and personnel.
## Step 2: Identifying the Location
The IRIFM is headquartered in Hyderabad, which is the capital city of Telangana state. It was established in 1985 and serves as a center of excellence for railway finance and management training across India.
## Step 3: Eliminating Other Options
- (A) Maharashtra: Hosts other railway institutes but not IRIFM
- (B) Uttar Pradesh: Houses railway training centers but not IRIFM
- (D) Karnataka: Has railway facilities but IRIFM is not located here
- (C) Telangana: The correct location (Hyderabad)
## Step 4: Verification
The IRIFM Hyderabad conducts postgraduate diploma programs, executive development programs, and various specialized courses in railway finance, accounts, and management for Indian Railways personnel.
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Answer: The Indian Railway Institute of Financial Management is located in Hyderabad, Telangana. (Option C)
Average speed = 2ab/(a+b) = 2×60×80/(60+80) = 9600/140 = 68.57 km/h
Lucknow Railway Station in India has 6 platforms and is among the largest, though Grand Central has more functionally.
Let original speed = v km/h, original time = t hours. Distance = vt. New speed = 1.2v, new time = t-5. vt = 1.2v(t-5). Solving: t = 30 hours, v = 50 km/h.
Railways cover approximately 35% of India's total transport network.
When two objects move towards each other from different starting points and times, we find their meeting point by calculating the distance each covers until they meet.
Step 1: Calculate distance covered by Train A before Train B starts
Train A leaves at 6:00 AM and Train B leaves at 8:00 AM — a 2-hour head start.
\[
\text{Distance by Train A in 2 hours} = 75 \times 2 = 150\,\text{km}
\]
Remaining distance between trains at 8:00 AM:
\[
500 - 150 = 350\,\text{km}
\]
Step 2: Find relative speed of approach
Both trains now move towards each other. Their combined closing speed is:
\[
\text{Relative speed} = 75 + 85 = 160\,\text{km/h}
\]
Step 3: Calculate time to meet after 8:00 AM
Time for both trains to cover the remaining 350 km:
\[
\text{Time} = \frac{350}{160} = \frac{35}{16}\,\text{hours}
\]
Converting to hours and minutes:
\[
\frac{35}{16} = 2\frac{3}{16}\,\text{hours} = 2\,\text{hours} + \frac{3}{16} \times 60\,\text{minutes}
\]
\[
\frac{3}{16} \times 60 = 11.25\,\text{minutes} = 11\,\text{minutes and 15 seconds}
\]
Step 4: Add elapsed time to 8:00 AM
Meeting time:
\[
8:00\,\text{AM} + 2\,\text{hours}\,11\,\text{minutes}\,15\,\text{seconds} = 10:11:15\,\text{AM}
\]
Answer: The trains meet at \(10:11:15\,\text{AM}\) (Option A)
National Railway Award recognizes outstanding contributions and excellence in railway operations and services.
A gets a 1.5 hour head start (70 × 1.5 = 105 km). Relative speed = 90 - 70 = 20 km/h. Time to overtake = 105/20 = 5.25 hours after B departs.
Mission Sustainable Railways was launched as part of India's railway modernization plan to improve efficiency, safety, and passenger experience while reducing carbon emissions.
Percentage increase = ((80 - 60) ÷ 60) × 100 = (20 ÷ 60) × 100 = 33.33%
