The sun appears oval when it is low on the horizon during sunrise and sunset due to the Earth's atmosphere acting like a lens, causing the light from the sun to be scattered and refracted. This distortion gives the illusion of an oval shape, even though the sun is actually spherical.
The water is colder in the morning because it hasn't been heated by the sun. The water in the evening has been exposed to the heat of the sun all day, whereas the darkness of night allows it to cool before the morning.
Yes, Mercury can appear as both the morning star and evening star due to its position in relation to the Sun as seen from Earth. Its orbit is closer to the Sun than Earth's, so it can be seen before sunrise when it rises before the Sun (morning star) and after sunset when it sets after the Sun (evening star).
The names just refer to when the planet can be seen - either in the morning or in the evening, depending on where it is in its orbit around the sun.
Yes, Jupiter can be seen as the morning star or evening star depending on its position relative to the sun. When Jupiter is visible in the sky before sunrise, it is considered the morning star. Conversely, when it is visible after sunset, it is considered the evening star.
The planet Venus is sometimes called the morning or evening star. It can be very bright if in the right place in its orbit, as seen from earth. It will sometimes appear to be the first star to come out at night or in the morning. It is often the third brightest object in the sky after the sun and moon. Sometimes Mercury is also referred to as a morning or evening star, but it is usually a lot closer to the sun and more difficult to see.
Evening. They can take the sun.
So long as the sun is the same height above the horizon your shadows will be the same length whether it is morning or evening.
The morning and the evening sun on the human skin provides vitamin D.
watching the sun set
The water is colder in the morning because it hasn't been heated by the sun. The water in the evening has been exposed to the heat of the sun all day, whereas the darkness of night allows it to cool before the morning.
The length of a shadow in the evening depends on the position of the sun. In the evening, when the sun is lower in the sky, shadows tend to be longer than during midday when the sun is directly overhead.
Yes, Mercury can appear as both the morning star and evening star due to its position in relation to the Sun as seen from Earth. Its orbit is closer to the Sun than Earth's, so it can be seen before sunrise when it rises before the Sun (morning star) and after sunset when it sets after the Sun (evening star).
The planet Venus is known as the morning star and evening star. It is the 4th brightest object in the sky, after the sun, moon, and now the ISS.
The names just refer to when the planet can be seen - either in the morning or in the evening, depending on where it is in its orbit around the sun.
No, the "evening star" is actually the planet Venus. It has an eccentric orbit around the sun which allows it to be seen in the early evening as well as the early morning ( also called the "morning star").
Yes, Jupiter can be seen as the morning star or evening star depending on its position relative to the sun. When Jupiter is visible in the sky before sunrise, it is considered the morning star. Conversely, when it is visible after sunset, it is considered the evening star.
From Earth Venus always appears close to the Sun, so can only be seen at two times of day. These are just before the Sun rises, when it is called the Morning Star, and just after the Sun sets, when it is called the Evening Star.