Why do we see different phases of the Moon, such as a crescent or a full moon, over the course of a month?

The Moon generates its own light, which flickers and changes in intensity.

The Earth's shadow falls on the Moon, covering different amounts of it each night.

Our viewing angle of the Moon's lit side changes as it revolves around Earth.

The Moon's surface changes color due to temperature shifts caused by the Sun.

The "Half-Lit Principle" states that half of the Moon is always illuminated by the Sun. During a new moon, when the Moon appears dark to us, what is the reason we cannot see its lit side?

The lit side of the Moon is facing directly away from Earth.

The Sun temporarily stops illuminating the Moon.

The Earth's atmosphere completely blocks the faint moonlight.

The Moon is entirely covered by the Earth's shadow.

Only a small crescent-shaped section of the Moon is actually receiving sunlight.

The Moon is closer to the Earth than during a full moon.

Exactly one half of the entire lunar surface is illuminated by the Sun.

The Earth's shadow is responsible for hiding the rest of the Moon from our view.

Earth's daily rotation on its axis creates the illusion of phases.

The Sun's brightness changes over the course of the month.

Your viewing position on the orbiting Moon changes relative to Earth's sunlit side.

Clouds and weather patterns on Earth block different parts of the surface from view.

actual change in the Moon's physical shape.

different portions of the Moon's lit hemisphere that are visible from Earth.

sequence of events during a lunar eclipse when the Earth's shadow crosses the Moon.

Moon's apparent journey through different constellations in the night sky.