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The question includes waaay not enough information.

-- You have to know where they leave from. If they leave from the same place, then they pass at the time they leave.

-- If they leave from different places, then you have to know how far apart the two places are.

-- You have to know whether they head in the same direction (one starts behind the other and catches up)

or in opposite directions (driving toward each other and meeting in the middle).

Q: A train leaves at 30 mph and at the same time another train leaves at 35 mph what time will the two trains pass?

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50 Km/h, obviously.

Very interesting ! It makes no difference where either one started from, or evenwhether they both started out at the same time. The only thing that matters istheir speeds.If one travels at 60 mph and the other at 40 mph, then they close the distancebetween them at 100 mph.One hour before they meet, they are 100 miles apart.I hope they are on different tracks.

I am not sure if this question is correct, but my interpretation of the situation would be as follows. We consider the time it takes to pass through a tunnel to be the time that it takes from when the very front of the vehicle enters the tunnel to when the very end of the vehicle leaves the tunnel. Imagine a driver at the very front of the train and a conductor at the very back of the train. The distance between them would give the length of the train. At the beginning of the 2 minutes that it takes to pass through the tunnel the driver is at the opening of the tunnel. At the very end of the 2 minutes the conductor is at the exit of the tunnel. At that time the driver is still a trains length in front of the conductor. Therefore, in the 2 minutes the driver has travelled the length of the tunnel (1.5km) plus the length of the train (we will call this x). We are going to use the formula speed = distance travelled/time which rearranges to distance travelled = speed * time speed(km/h) = 60 distance travelled (km)= 1.5 + x time(minutes) = 2 time is in minutes so we must convert speed to minutes: 60km/h = 1km/min substituting these into distance travelled = speed * time gives: 1.5 + x = 1 * 2 1.5 + x = 2 x = 0.5 So, the length of the train must be 0.5 kilometres, which seems very high.

To find the length of the second train, we can use the formula speed = distance / time. The second train took 4.5 seconds to pass the man, so we can say that the distance it traveled is equal to its length. Therefore, the length of the second train is (speed of the second train) * (time it took to pass) = 63 MPH * 4.5 seconds = 283.5 feet.

A pawn may pass another pawn if there is some tactical or strategical advantage to do so - this is an option exercised at the discretion of the player(s). It only becomes a passed pawn if it has no more enemy pawns to pass by.

Related questions

A railway is like a train station where trains pass and go.

Many people like to spot trains to see what is on the train. Some people like to see the graffiti on trains as they pass by or even hop a ride in the trains to a different city or state.

there are 348 tunnels in India and more over the longest tunnel is between madhyapradesh and delhi..takes eight minutes to pass the tunnel.

50 Km/h, obviously.

One train simply reversed onto a siding to allow the other to pass.

In this case, your train is moving faster than the other train. Say you were to take a radar gun on the train, and measure the speed of the other train from your seat. It would read a much lower speed than if you were standing beside the tracks as the trains pass. While both trains are moving, the other train is moving slower relative to you. Thus, it will seem that the train is moving backward, assuming that you take the speed from your seat.

By train. The trains of Europe are good. They run on time, are clean, and if you want to you could get off at stops that look interesting and then catch the next train out. If you think you'll use trains all the time while there check into a Euro rail pass. You can only buy them here.

Yes, in fact there are many different rail lines. Amtrak trains pass through Washington DC and Virginia. The Washington DC Metro system has many stations in both Virginia and Washington DC. CSX and other cargo trains pass through DC and Virginia.

Trains that pass through many stations without stopping are called superfast local trains. It is estimated that around 40 superfast local trains pass through New Delhi each day.

The pressure between the trains increases momentarily as they pass each other due to the changes in airflow. This can create a temporary increase in pressure on the outside of the trains.

after you get the magnet train pass use the magnet train

Off-Peak Hourly Bristol TM-Weston-Taunton service; (trains every 30 minutes between Bristol and Weston. Extra trains in the peak hours