Experiment #1 North Circumpolar Motion of Stars Lab Report

Experiment #1 North Circumpolar Motion of Stars - Lab Report Example Yes, in addition to the obvious motion that brings about change of location, they also change the orientation. The stars seem to exhibit two kinds of motions that is one from the central position and its orientation It is common knowledge that the earth moves from east, north, west and south. However, such motion is similar to the stars because they appear to move from the north toward the west, comparison of the stars location reveals that those observed in the first experiment appeared far from the west than those observed later on. Yes, stars move across the space, in fact all stars move across the space from one location to another (Craig, 1). The only difference between the motions of the stars with that of the earth is that direction depends on the individual star. As a result, there is no universal direction for the stars’ movement. Different stars move in the different direction either toward or from each other. For instance, if the stars were fixed we would expect the movement of the earth to portray the stars to simulate motion in the opposite direction. As such one would think that the stars move from the north to east and south. However given that both the earth and the stars move in the same direction, it is evident to seek stars changing position. Movement of the stars does not depend on either the seasonal motion of the earth or the daily seasons. Their motion is independent of these parameters. In fact, stars move independently in space. Motions of different stars do not take defined direction as many would expect but rather may move in any direction in the space. Craig, Brown.. The Little Dipper and the Earth’s Tilt and  Rotation, 2012. Retrieved from https://craigssenseofwonder.wordpress.com/2012/11/17/the-little-dipper-and-the-earths-tilt-and-rotation/