Final answer:
Yes, the azimuth of the North Celestial Pole depends on the observer's latitude on Earth. It remains at 0 degrees azimuth looking directly north, but its altitude changes with latitude, becoming lower on the horizon as one moves towards the equator.
Step-by-step explanation:
The azimuth of the North Celestial Pole (NCP) does indeed depend on your location on Earth. The NCP is an extension of Earth's rotational axis into the night sky, marked closely by the star Polaris, nearly overhead for observers at the North Pole and on the horizon for those at the equator. As one moves away from the North Pole towards the equator, the NCP appears to move closer to the horizon. This is due to the change in the observer's latitude, which directly affects the altitude and azimuth (the angular distance measured from the north point of the horizon to the point directly below the celestial object) of the NCP.
As explained earlier, azimuth is typically measured from the north direction, moving counterclockwise. Therefore, for most of humanity living north of the equator, the azimuth of the NCP would be 0 degrees since it can be found by looking directly north. However, the altitude of the NCP above the horizon is equal to the observer's latitude. Thus, at higher latitudes, the NCP appears higher in the sky. The actual azimuth value won't change much because the NCP's position relative to true north doesn't change, but the altitude certainly will. For example, if you live at a latitude of 45 degrees north, the NCP's altitude will appear to be 45 degrees above the horizon.