Why is Venus only visible after the sun has set, and Saturn late at night?

Venus's orbit is between the Earth and the Sun, which means that Venus as seen on Earth is usually closer to the Sun and rises and sets with the Sun. Although the brightness is very high, it is inevitable that it will not be visible in the dazzling sunlight, and it can only be seen until the sun sets and the sky is darker and Venus has not set.

Saturn, although it is large but far from the Earth, is significantly less bright than Venus, and its orbit is outside the Earth, as above, if it is in the same hemisphere as the Sun, not visible, not in the same hemisphere, then the atmosphere is the least refracted and the most visible at night.

The above is just a personal opinion, please say something wrong.

Saturn is not visible late at night. Now it is also visible in the evening.

Venus can be seen on Earth. In addition to being known as the twin brother of Earth, Venus also earned the title "Hyosing" or "Evening Star" for its unusually bright presence in the sky. When you look at the dim sky, it's easy to see this with the naked eye.

Without any equipment, you can see Venus shining among the many stars and celestial bodies.

Observe the direction of Venus.

Venus, which is the closest planet to Earth (sometimes Mars is closer). It appears in the eastern sky early in the morning called "enlightenment"; In the evening, it is called "Chang Gung" and is located on the west side of the sky. It reaches its brightest shortly before sunrise or after sunset, and its brightness is second only to the moon in the night sky.

Ranked second. Because Venus rotates in reverse; The sunrise on Venus is in the west and the sunset is in the east; The alternation of day and night from one sunrise to the next is just a day on earth. The maximum angle of view of Venus from the Sun on Earth does not exceed 48°, so Venus does not appear in the night sky all night.

Chinese folks call Venus at dawn the morning star.

Venus in the evening is the star of Chang Gung.

Venus is one of the planets in the solar system, so its position is constantly changing over time. When observing Venus from Earth, it can be seen to appear in the west or east of the sky around sunset or sunrise, depending on its position in its orbit. When Venus is farthest from the Sun, that is, at its brightest at night, it usually appears in the western sky.

Conversely, when Venus is located close to the Sun, it will appear in the eastern sky just before sunrise or after sunset.

You can see it.

Venus is a terrestrial planet because of its similar mass to Earth, and is sometimes referred to as Earth's "sister star". It is also the only planet in the solar system that does not have a magnetic field. Among the eight planets, Venus's orbit is the closest to a circle, and the eccentricity is the smallest, only.

If you take the Earth as one of the vertices of the triangle and connect Venus and the Sun respectively, you will find that this angle is very small, even at the maximum, because the orbit of Venus is on the inner side of the Earth's orbit. Therefore, when we see Venus, it is either early in the morning or late in the evening, and it is on the east and west sides of the sky, respectively.

As seen from Earth, Venus is much brighter than Jupiter. Venus is the brightest star in the sky and is usually 5 times brighter than Jupiter.

If you are a regular stargazer, you will see two particularly bright stars in the western sky. The brightest and largest of these is Venus, and the fainter one near it is Jupiter. The difference in brightness between the two is quite noticeable.

Why is Venus so much brighter than Jupiter on Earth? What we learn from our textbooks is that Jupiter is the largest planet, and its volume deficit chain is larger than the other seven planets combined. But in reality, on Earth, Venus is much brighter than Jupiter.

The main reason is that Venus is the closest planet to Earth, and the distance between Venus and Earth is much closer than that of Jupiter. Secondly, Venus is very reflective, which is one reason why it looks so bright.

That's because Venus is submerged in intense sunlight.

In the Road Traffic Safety Law, there are clear provisions on the use of high beams when driving at night. High beams can only be used for driving lighting when there is no oncoming traffic in front of you or other vehicles not tailgating, or when driving on a remote road with no street lights in towns and villages. However, when encountering an oncoming car, you need to adjust the high beam to low beam within 150 meters.

This is because the angle of the high beam is too high, and it is easy to shake the eyes of oncoming cars and surrounding pedestrians, affecting the vision of others. The high-intensity light generated by the high beams can cause the eyes of the opposite driver to temporarily lose sight and make it impossible to see what is ahead. In just a few seconds, a major traffic accident can occur.

Venus itself does not emit light, but only reflects the sun's rays. When Venus is on a dark background, the light on Venus is relatively strong and you are able to see bright Venus. But when Venus is relatively close to the Sun, or even behind it, that bit of light on Venus is drowned out in the intense sunlight and cannot be seen.

It's like not being able to see the light of a match next to the headlights in front of a car's headlights.

There is no such thing as a backside to the sun, only a backside relative to people on Earth.

The Sun is much larger than Venus, which is not far from the Sun, so it appears small.

When Venus orbits when it is blocked by the Sun, it is not visible to people on Earth.