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What is the motion of the train on a moving track?
The motion of a train on a moving track depends on the reference frame you choose. In the train's frame of reference, it may appear stationary or moving at a constant speed. However, in an external, stationary frame of reference, the train would appear to be moving at a different velocity that combines the train's speed with the speed of the track.
Which gives you a frame of reference for your speed when riding in a train?
The objects passing by outside the train window or tracking landmarks are common frames of reference for speed when riding in a train. Also, using the speedometer or information from announcements can provide a frame of reference for the train's speed.
What gives you a frame of reference for your speed when you are riding a train?
Observing objects outside the train, such as trees or buildings passing by, provides a frame of reference for your speed. Additionally, checking the train's speedometer or consulting the schedule can give you an indication of your current speed.
Which gives you a frame of reference for your speed when you are riding train?
The landscape passing by outside the train window gives you a frame of reference for your speed when riding a train. You can also gauge your speed by looking at stationary objects outside the train, such as poles or buildings. Additionally, the sensation of motion and the train's vibrations can provide cues about your speed.
Which give you a frame of reference for your speed when you are riding a train?
The fixed landscape such as buildings, trees, or other trains passing by can give you a frame of reference for your speed when riding a train. Additionally, the sensation of wind against your face or the vibration of the train can also provide cues about your speed. You can also refer to the train's speedometer or the announcements made by the conductor.
What is the motion of the train on a moving track?
The motion of a train on a moving track depends on the reference frame you choose. In the train's frame of reference, it may appear stationary or moving at a constant speed. However, in an external, stationary frame of reference, the train would appear to be moving at a different velocity that combines the train's speed with the speed of the track.
How can you tell the motion of your frame of reference?
usually the motion of your frame of reference is 0. When you are in a train going 50 mph, your frame of reference would be you are going 0 mph and the tracks are traveling at -50 mph.
Which gives you a frame of reference for your speed when riding in a train?
The objects passing by outside the train window or tracking landmarks are common frames of reference for speed when riding in a train. Also, using the speedometer or information from announcements can provide a frame of reference for the train's speed.
What gives you a frame of reference for your speed when you are riding a train?
Observing objects outside the train, such as trees or buildings passing by, provides a frame of reference for your speed. Additionally, checking the train's speedometer or consulting the schedule can give you an indication of your current speed.
Which gives you a frame of reference for your speed when you are riding train?
The landscape passing by outside the train window gives you a frame of reference for your speed when riding a train. You can also gauge your speed by looking at stationary objects outside the train, such as poles or buildings. Additionally, the sensation of motion and the train's vibrations can provide cues about your speed.
Which give you a frame of reference for your speed when you are riding a train?
The fixed landscape such as buildings, trees, or other trains passing by can give you a frame of reference for your speed when riding a train. Additionally, the sensation of wind against your face or the vibration of the train can also provide cues about your speed. You can also refer to the train's speedometer or the announcements made by the conductor.
What is the difference between inertial reference frame and absolute reference frame?
An inertial reference frame is a frame of reference in which an object not subject to external forces moves at a constant velocity. An absolute reference frame is a hypothetical frame of reference that is fixed in space and in which all other frames of reference are measured. Inertial reference frames are relative to each other, while the absolute reference frame provides a universal standard of motion.
Describe your motion as seen from a reference point on the train then describe it from a reference point on the ground?
If you are *not* dealing with special relativity and its effects, then the answer becomes far more simple. If you are not moving and are standing on the ground, then you see a train moving past you a fast speed. In this case, the reference "frame" (not necessarily a point) is you and the object being described is the train. If you flipped the roles, then it would be someone on the train watching you as the train moves. However, since it is from the train's perspective, it does not appear that the train is moving, but rather that you are moving away from the train, along with the rest of the world that passes the train by. This is described as the train being the reference frame and you would be the object described by the train. This is, again, just Galilean relativity. Special relativity puts a few twists on it and has some additional effects.
How could you be moving in one frame of reference but not in another?
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.
Can a body be at rest as well as in motion at the same time . explain?
No, a body cannot be at rest and in motion at the same time in the same frame of reference. This is known as the principle of relativity in physics, which states that an object cannot have multiple velocities at the same time in a single reference frame.
What gives you a frame of reference for speed when riding a train?
Displacement vectors of 10m west and 14m west make a resultant vector that is
Object of point from which motion is determined?
The object that serves as the reference point for determining motion is known as the frame of reference. It is used to describe the motion of an object relative to another object or observer. The choice of frame of reference can affect how motion is described and analyzed.
