The simplest type of motion is motion along a straight line, which involves movement in one direction without deviation.

The total path length covered by the object is 95 km.

Yes, different reference points can be chosen based on convenience or relevance. However, once a reference point is established, it should remain consistent for describing positions in a particular context.

Choosing a reference point or origin provides a consistent framework for describing positions and allows for meaningful comparisons and measurements of distances and directions.

In the example, the railway station serves as the reference point to describe the position of the school, which is stated as being 2 km north of the railway station.

Specifying the position of an object with respect to a reference point involves stating the distance, direction, or both between the object and the reference point.

We describe the location of an object by specifying a reference point, known as the origin, and providing measurements or directions relative to that point.

The motion of objects along a straight line is described using concepts such as distance, displacement, speed, velocity, and acceleration, along with equations and graphical representations.

Most motions involve various types of movement, such as straight-line motion, circular motion, rotation, or vibration, and can often involve combinations of these.

Passengers inside the bus perceive their fellow passengers as being at rest because they are moving at the same velocity and direction as the bus.