The Earth's orbit demonstrates an inclination in reference to the Moon's orbit.

The Earth and Moon's orbit may coincide at one point.

The Moon's orbit demonstrates a wobbling effect while the Earth's orbit does not.

The Earth and the Moon's orbit are lying on ecliptic plane.

The lunar orbital plane does not coincide with the Earth's orbital plane.

The lunar orbit is approximately 5 degrees with respect to the Earth's orbital plane.

The Earth is tidally locked to the moon due to its gravitational pull.

None of the above

The Sun's gravitational force is causing the Moon to rotate synchronously with the planet.

The Moon is tidally locked to the planet causing its rotational period to be the same to the Earth's orbital period.

The Earth's gravitational force is controlling the moon's rotation making it in sync with the Earth's motion.

The Earth and the Moon's rotation are both controlled by the Sun's gravity causing their movement to be in sync.

Sometime in between the occurrence of Last Quarter and New Moon

Sometime in between the occurrence of Last Quarter and Waning Gibbous

Sometime in between the occurrence of Waxing Gibbous and Full Moon

Sometime in between the Waning Gibbous and New Moon

When the Sun, Earth, and a quarter of the Moon is perfectly aligned.

When the Sun, Earth, and Moon are partially aligned.

When the Sun, Earth, and Moon are perfectly aligned.

When the Sun, Earth, and Moon are imperfectly aligned.