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No they do not. By definition circumpolar stars do not "rise". They are above the observer's horizon at all times.
- - - east. - - - morning.
Earth rotates toward the east, so all stars appear to rise in the east.
North of due east
The sun rises in the east and sets in the west everywhere on Earth.
The stars rises from the EAST, passing overhead, and setting in the West.
Venus has retrograde rotation. That means that Venus rotates clockwise. Venus's clockwise spin is opposite to most planets, causing the Sun to appear to rise in the west and set in the east on its surface. However an observer on Venus would not be able to see the Sun or stars due to the thick clouds that cover the sky.
Venus has retrograde rotation. That means that Venus rotates clockwise. Venus's clockwise spin is opposite to most planets, causing the Sun to appear to rise in the west and set in the east on its surface. However an observer on Venus would not be able to see the Sun or stars due to the thick clouds that cover the sky.
Venus has retrograde rotation. That means that Venus rotates clockwise. Venus's clockwise spin is opposite to most planets, causing the Sun to appear to rise in the west and set in the east on its surface. However an observer on Venus would not be able to see the Sun or stars due to the thick clouds that cover the sky.
Venus has retrograde rotation. That means that Venus rotates clockwise. Venus's clockwise spin is opposite to most planets, causing the Sun to appear to rise in the west and set in the east on its surface. However an observer on Venus would not be able to see the Sun or stars due to the thick clouds that cover the sky.
Generally northeast, but the precise direction will vary by the latitude.
They appear to rise and set as a result of Earth's rotation.