You will observe both the Sun and the Moon.
Dawn is the time that marks the beginning of the twilight before sunrise. It is recognized by the presence of weak sunlight, while the sun itself is still below the horizon. Dawn should not be confused with sunrise, which is the moment when the leading edge of the sun itself appears above the horizon
The waning gibbous
According to the book I have (Horizons by Seeds) it is the waning crescent
There are several constellations that are above the horizon in Dayton year round. Among these are Ursa Major, Ursa Minor, Cancer and Virgo.
above the horizon is the answer
At 45 degrees north latitude, the north celestial pole appears 45 degrees above the northern horizon. At 45 degrees south latitude, the south celestial pole appears 45 degrees above the southern horizon.
Sunrise occurs in the morning, specifically just before the sun appears above the horizon. It marks the beginning of the day.
The sextant.
As moon revolves around the earth and earth rotates. The moon appears to move from below horizon to above. The relative motion above the horizon gives an illusion of rising and setting from east to west.
The moon phase the is usually found is the waxing crescent moon. This appears above the western horizon a little after sunset.
Dawn is the time that marks the beginning of the twilight before sunrise. It is recognized by the presence of weak sunlight, while the sun itself is still below the horizon. Dawn should not be confused with sunrise, which is the moment when the leading edge of the sun itself appears above the horizon
Sunrise is the moment that the leading edge (sometimes called limb) of the sun first breaks above the horizon. Sunset is the moment that the trailing edge (the last of the sun as we observe it) disappears below the horizon.
Mid-winter's day is celebrated in the Antarctic, as is the day when the sun first appears above the horizon.
Yes, "sunrise" is one word when referring to the time of day when the sun appears above the horizon.
top horizon
The sky appears darker above you because you are looking through a thicker portion of the Earth's atmosphere, which scatters sunlight in all directions. This scattering effect is more pronounced at the horizon, making the sky appear brighter near the horizon and darker overhead.
If there were a way to see the south celestial pole, and it was 40 degrees above the horizon, then you would be somewhere along the line of 40 degrees south latitude. Unfortunately, there is no star at or near the south celestial pole, so there is no way for you to see the south celestial pole and observe its elevation.