Required time taken = Distance covered in passing the person (in meter) / Speed of train in m/sec

Correct Option: B

Speed of the train = (60 x 5/18) m/sec = 50/3 m/sec
Distance covered in passing the standing person = 200m
Required time taken= =200/(50/3) = 200 x (3/50) = 12 sec

Distance covered by train in passing the platform = Length of train + Length of platform

Correct Option: A

Speed of the train = (264 x 5/18) m/sec = 220/3 m/sec
Distance covered in passing the platform = (330+330) m= 660m
Time taken= ( 660 / (220/3) ) sec = (660 x 3/ 220 ) = 9 sec

Speed in km/hr = (Speed in m/sec) x 18/5

Correct Option: D

Length of train = 264 m

Time taken to cross the pole = 12 sec

Speed of the train, in m/sec = Length of the train/ Time taken to cross the pole

Therefore, speed in m/sec= (264 / 12) m/sec = 22 m /sec

Calculating speed in km/ hour = (22 m/sec ) x 18/5 = 396/5 km/hr = 79.2 km/ hour

Distance covered in crossing the bridge= Length of train + Length of bridge

Correct Option: D

Speed in m/sec = 36 km/hr x 5/18 = 10m/sec

Distance covered by train in crossing the bridge = Speed of train in m/sec x time in sec = 10 m/sec x 30 sec = 300 m

Now, we know that
Distance covered by train in crossing the bridge= Length of train + Length of bridge

Therefore, Length of bridge = 300m - 200m = 100m

Time taken = Distance covered by train in crossing the platform / Speed in m/sec

Correct Option: A

Speed of train in m/sec = 360m / 36 sec = 10 m/sec

Distance covered by train in crossing the platform = Length of train + Length of Platform = 360m + 240m = 600m

Therefore, Time taken to cover this distance = 600m /(10 m/sec)
= 60 sec