Concept:
The Moon is Earth's natural satellite and revolves around the Earth in a definite orbit. Understanding the direction of its revolution is an important concept in astronomy and geography.
Step 1: Understand the Moon's revolution.
The Moon revolves around the Earth while simultaneously rotating on its own axis. This revolution takes approximately 27.3 days.
Step 2: Determine the direction of revolution.
When viewed from above the North Pole, the Moon revolves around the Earth in a counterclockwise direction. This movement corresponds to a west-to-east motion.
Step 3: Observe the effect from Earth.
Because of this west-to-east revolution, the Moon appears to move eastward relative to the background stars from one night to the next.
Step 4: Evaluate the options.
East-to-west movement is primarily associated with the apparent daily motion caused by Earth's rotation.
The directional combinations North-East to South-West and South-West to North-East are not standard descriptions of lunar revolution.
Thus, west to east is the scientifically correct answer.
Hence, option (C) is correct.