The bottom of the wheels.
This sounds like a joke question. If you toss a coin in a train, it lands in the train. If you toss it out the window, or otherwise off the train, it lands on whatever is out there. On the other hand, assuming this is not a joke, the coin will land where it would if you tossed it if the train were stationary. In other words, the coin is moving at the same velocity as the train before the coin toss, and since that part of its momentum is preserved through the toss, it will land, relative to the train, in the same place. This assumes, of course, that the train is not changing speed during the coin toss, that the windows are not admitting a wind, and so on.
The negative part in negative acceleration is indicating direction, as acceleration is a vector quantity. Speed however, is a scalar and has magnitude only and therefore cannot be negative. An example could be -2.6ms-2 meaning that there is an acceleration of 2.6ms-2 but in the opposite direction to other vectors.
Ray - A ray is part of a line that has one endpoint. It continues in one direction without ending.
The star was seen in the eastern part of the sky, and will be the direction from which Christ will come for the last time.
A ray.
The bottom half of the wheels
Definitely to the left inside the train; but actually they are in the train and when the train goes right they oughta go the same way
Force only takes place in the direction of the motion. It cannot be any other way. It could be argued that the action of a cars tyres on the road applies to your question. The car moves forward while the tyres push the earth in the opposite direction. However the tyres are the motion supplying the force and not the car moving in the opposite direction..
The speed of an object moving in a particular direction is called the velocity and it's a vector, that is, it has magnitude and direction. Speed is the scalar part of velocity.
Shearing force refers to the force that is applied when one part of the body moves in one direction while an adjacent part moves in the opposite direction. In the context of moving someone, shearing force can result in skin friction and tissue damage if the person is dragged or moved in a way that causes opposing forces on different parts of their body. It is important to minimize shearing forces when moving someone to prevent injury.
Abduction, which is moving a body part away from midline.
Use light grease around all the moving part s of the loco.
when an passenger travells in the bus when the bus changes its direction the body lean to the opposite side of the direction as our lower portion which is not in contact with the bus and the upper part move at the other direction
Abduction is the term used to describe the action of moving a body part away from the body's midline. This movement typically occurs in the frontal plane and is the opposite of adduction, which is moving a body part closer to the body's midline.
Just like any other rocket. The main difference is that the nozzle(and the direction of thrust) of a retro rocket is aimed in the opposite direction when compared to the main direction of travel. That's where the retro part comes in.
No, because a line goes forever in opposite directions of each other. A ray goes forever in one direction.
it lies opposite it lies oppositeopposite...thank you MCC