Everybody on Earth who can see the moon at any particular moment
sees the same phase.
The distance across the Earth, is not far, compared to the distance to the moon, for there to be any perceivable change in perspective.
A waxing crescent moon would be visible near the western horizon an hour after sunset. This phase is characterized by a small sliver of illuminated moon on the right side, resembling a "C" shape.
On December 1, 2010, the moon was a waxing crescent, so it would have appeared as a thin sliver in the sky. It would have been visible in the evening in the western sky shortly after sunset.
The phase that occurs between the first quarter moon and the full moon is the waxing gibbous phase. During this phase, the illuminated portion of the moon continues to grow larger each night until it reaches full illumination.
The appearance of the moon two days ago would have depended on its phase in the lunar cycle. It could have been a waxing crescent, first quarter, waxing gibbous, or full moon, each displaying a different illuminated portion of its surface.
In the context of lunar phases, the waxing phase includes positions from the new moon (position 0) to the full moon (position 14), which corresponds to the first quarter (position 7) and the waxing gibbous. The waning phase follows, starting from the full moon (position 14) to the next new moon (position 28), including the last quarter (position 21) and the waning crescent.
First Quarter
Waning Crescent.
Waning gibbous.
The orientation of the crescent Moon depends on the time, the position of the observer (that's you), the declination of the Sun (how far north or south of the equator) and the declination of the Moon. If the crescent Moon were a bow, the arrow would be pointed toward the Sun.
A waxing crescent moon would be visible near the western horizon an hour after sunset. This phase is characterized by a small sliver of illuminated moon on the right side, resembling a "C" shape.
During dusk, the waxing crescent, first quarter, and waxing gibbous phases of the moon would be visible in the sky. These phases all occur during the first half of the lunar cycle when the moon is transitioning from new moon to full moon.
On December 1, 2010, the moon was a waxing crescent, so it would have appeared as a thin sliver in the sky. It would have been visible in the evening in the western sky shortly after sunset.
The phase that occurs between the first quarter moon and the full moon is the waxing gibbous phase. During this phase, the illuminated portion of the moon continues to grow larger each night until it reaches full illumination.
The altitude of polaris for an observer is always the same as your latitude so it would be 64oN
The moon goes through two main phases, waxing and waning. Waxing is when the, from your position on Earth, the moon is systematically getting more visible. Waning is the opposite, when the moon is getting less visible. The moon goes from a new moon,(0% is visible), to a crescent moon (waxing), then to a first quarter (waxing), then a waxing Gibbous, and to a full moon (100% is visible). After a full moon, the moon begins waning to a waning gibbous, then a last quarter, a crescent, and finally a new moon. After this the cycle begins again. These are the visible spectrums of the moon in relation to a point on the Earth.
You would face north.
Exactly due north of him, and on the horizon.