The planet Venus is _NEVER_ seen in the full phase, because it never gets anywhere near the Earth. Venus is in a closer orbit to the Sun than the Earth is, so when Venus is closest to the Earth, it's pretty close to being between the Earth and the Sun. In fact, Venus passes directly between the Earth and the Sun twice per century, most recently in 2004. We call this a "transit of Venus".
So we only see Venus in its crescent phases.
Think about it . . . In order to see the complete illuminated side of Venus,
we'd have to be looking at it through the sun.
The axis of the Earth is on a tilt so obviously it affects the reflected rays of the Sun & thus its appearance at your position on the Earth's surface.
Some common misconceptions about the relation between the earth and the sun include: The earth orbit around the sun is a highly elongated(skinny) ellipse, making the distance between the earth and the sun vary dramatically over the course of a year
explain earth's position in the solar system and describe its closest neighbors.
The tilt of the Earth's axis in relation to the plane of its orbit.
but it does as earth's axis tilts.
The phase of the moon depends on its position relative to the Earth and the Sun. As the moon orbits the Earth, its position changes and different amounts of sunlight reflect off its surface, creating the different phases we see from Earth.
Its position in relation to the Earth and the Sun.
Half of the moon is always lit. Due to it's position in relation to the sun and the earth, we see a different moon every night.
The moon has many different phases that it goes through multiple times throughout the year. The two factors that cause these phases are its position in relation to the Earth's shadow. The second one is the position of the sun in relation to the moon.
The angle at which the sun's rays strike the Earth's surface varies depending on the Earth's rotation and its position in relation to the sun. This angle changes throughout the day as the Earth rotates on its axis and as the Earth orbits around the sun, causing different parts of the Earth to receive sunlight at different angles.
The moon appears as a different shape in the sky on different nights because of its position in relation to the Earth and the Sun. As the moon orbits the Earth, the amount of sunlight that reflects off its surface changes, causing different portions of the moon to be visible from Earth. This creates the different shapes, or phases, of the moon that we see in the sky.
The Earth's rotation. The relation between the Earth (or a person on the Earth) and the position of the stars makes it appear that the stars are in a different position as the night progresses.
size:9th posistion:3rd
The sun rises because of the position of the earth in relation to the sun. One complete revolution of the earth happens every 24 hours. While the earth is turning it seems that the sun is in a different spot in the sky, but the sun is stable and the earth is spinning.
During a full moon, the Earth is positioned between the sun and the moon, allowing the entire illuminated side of the moon to be visible from Earth. In contrast, a full Venus (or superior conjunction) occurs when Venus is on the opposite side of the sun from Earth, making it difficult to observe because its illuminated side faces away from us. Thus, while we can see the full moon clearly, a full Venus is not visible from Earth.
The moon is called a new moon when it is not visible on Earth due to its position in relation to the Sun.
The changing appearance of the moon from Earth is due to its position in relation to the sun and the angle at which it is illuminated. As the moon orbits the Earth, different portions of it are lit by the sun, causing it to appear differently shaped from our perspective. This cycle of changing appearances is known as lunar phases.