The question asks for the speed of a train in kilometers per hour (km/h). We are given the train's length and the time it takes to cross a stationary man.
To find the speed of the train, we use the formula: Speed = Distance / Time.
Distance = 120 meters
Speed (m/s) = \(\frac{\text{Distance}}{\text{Time}}\) = \(\frac{120 \text{ m}}{6 \text{ s}}\) = 20 m/s
Speed (km/h) = Speed (m/s) \(\times\) \(\frac{18}{5}\)
Speed (km/h) = 20 \(\times\) \(\frac{18}{5}\)
Speed (km/h) = 4 \(\times\) 18
Speed (km/h) = 72 km/h
The speed of the train is 72 km/h.
A train, 300 m long, passed a man, walking along the line in the same direction at the rate of 3 km/hr in 33 seconds. The speed of the train is
Eight railway stations A, B, C, D, E, F, G and H are connected either by two-way passages or one-way passages. One-way passages are from C to A, E to G, B to F, D to H, G to C, E to C and H to G. Two-way passages are between A and E, G and B, F and D, and E and D.
If the route between G and C is closed, which one of the following stations need not be passed through while travelling from H to C?
A daily train is to be introduced between station A and station B starting from each end at 6 AM and the journey is to be completed in 42 hours. What is the number of trains needed in order to maintain the Shuttle Service?
A train with a uniform speed passes a 122 meters long platform in 17 seconds and a 210 meters long bridge in 25 seconds. The speed of the train is:
How long does a train 153 meters long running at the rate of 90 kmph take to cross a bridge 622 meters in length?
A train passes a 360 metre long platform in 40 seconds and a man standing on the platform in 16 seconds. The speed of the train is: