The passengers reference point ! The passengers are moving at the same speed as the train.
Because motion only exists relative to something else. when measured from different reference frames, the same motion will appear to have different speeds, accelerations, and directions. And the thing of it is ... they'll all be correct !
Because there's no such thing as "real" motion. There's only motion compared to something else. You can't read a book if the book is moving. But you can read just fine while you're traveling in an airliner. Compared to your lap and your eyes, the book is not moving. Compared to the librarian that you're flying over, you and the book are both moving at 400 miles an hour. Well, which is it ? Is the book motionless or is it moving at 400 miles an hour ? The answer is: Yes. It's both, depending on the reference point.
Frame of reference is related to motion because reference points enable us to see that an object is moving. ======================== Motion is related to a frame of reference because there is no such thing as 'real' motion or 'real' rest. 'Rest' and 'motion' are always with reference to something else. The book that you are reading is at rest with reference to your lap, your lap is at rest with reference to the seat you're sitting in, and you, the book, and the seat are all at rest with reference to the airplane you're flying in at 400 miles per hour. See what I mean ?
Here's one example. Suppose you're on a train. Now let's further suppose this is a very smooth-riding train and that the windows are covered up and you've never been on a train before. As long as the train is going straight (no curves, no hills) and not accelerating or decelerating, it would be very difficult for you to tell you're moving relative to the outside world: everything in the train is moving at the same speed you are, or, to put it another way, you're all in the same frame of reference. That frame of reference may be moving 60 miles per hour relative to the outside world, but everything you can see or measure appears to be standing still.
The large truck.
The transcontinental railroad is 690 miles long.
Speeding is an adjective. It describes the noun train.
35,000 miles of railroad.
There are approximately 233,000 miles of railroad track in the United States and back in 1840 there were 21,000 miles of railroad track
Michigan had approximately 7,929 miles of railroad in 1900.
There are 7,021 miles of railroad tracks currently in Egypt
If you're reading a book in an airplane and it happens to fly over your friend's house,your friend says that the book is moving at 350 miles per hour. But at the same time,you say that the book isn't moving at all, and that's why you're able to read it easily.You and your friend are both correct. In his reference frame, you and the book are bothmoving at 350 miles per hour. In your reference frame, the book isn't moving at all.
Speeding.
There was almost 3,00 miles of railroad tracks in 1840.
There were 30,626 miles of railroad in 1860 according to Wikipedia.
Yes it is because he still saw you speeding.
Not for speeding but possibly for dangerous driving.Not for speeding but possibly for dangerous driving.Not for speeding but possibly for dangerous driving.Not for speeding but possibly for dangerous driving.