Is it dazzling to see the Sun on Saturn

It's also searching, I don't know if it will help you.

The area of the Sun as seen from Saturn is almost 1,100 as seen from Earth. You can still see a small round surface. Jupiter is certainly bigger. At such a scale, Saturn should not be dazzling when looking at the Sun.

The apparent diameter of the Sun when viewed on Uranus is only. Not much bigger than 1 when Venus is at its brightest when viewed on Earth. But if you have a particularly good eye, you can still see a very small surface with the naked eye.

And looking at the Sun on Neptune is exactly the same as looking at Venus on Earth,1 . Almost everyone can see that it is a "point". However, this point is much brighter than looking at Venus from Earth.

With a magnitude of 19, Venus is the brightest on Earth but only -4 magnitude.

Yes, Saturn is twice as far from the Earth and receives about 1 90 times the radiation from the Sun.

That is, when viewed from Saturn, the Sun is a -21 magnitude star, 4,000 times larger than the Full Moon. The landlord can take a 40cm diameter telescope to look at the moon, which is equivalent to 4,000 times the brightness of the naked eye to directly observe the moon, and I do not guarantee that the landlord will not be blind.

Of course, the above results do not take into account Saturn's atmosphere and other factors, and only calculate the brightness of the Sun at the distance of Saturn.

The area of the Sun as seen from Saturn is almost 1,100 as seen from Earth. You can still see a small round surface. Jupiter is certainly bigger.

The apparent diameter of the Sun when viewed on Uranus is only. Not much bigger than 1 when Venus is at its brightest when viewed on Earth. But if you have a particularly good eye, you can still see a very small surface with the naked eye.

And looking at the Sun on Neptune is exactly the same as looking at Venus on Earth,1 . Almost everyone can see that it is a "point". However, this point is much brighter than looking at Venus from Earth.

With a magnitude of 19, Venus is the brightest on Earth but only -4 magnitude.

The view of the Sun from the ground of Jupiter and Saturn should be about ...... as seeing the Sun from EarthAs for "seeing the Sun from the sky of Jupiter Saturn", the range is relatively large, if you say that you see the Sun in the sky within the gravitational circle of Jupiter Saturn, it is about ...... to see the Sun from the sky of the Earth

Even looking at the Sun on Uranus Neptune will not be as ...... as looking at the stars on EarthWhen we say "stars", we are actually stars from other galaxies......So as long as you don't look at our sun from other galaxies, it won't be the same .........as looking at the stars on Earth

I'll give you a few data and you'll understand:

On Earth, the angle of the sun is generally measured and the magnitude of the stars is seen.

Now looking at Jupiter at the angle of the Sun, the apparent magnitude, the brightness is about 1 17 of the brightness of the Sun as seen on Earth. But it's still glaring.

Now look at the Sun at Saturn, the apparent magnitude of the Sun, about 1 91 on Earth.

In comparison, the brightest star seen on Earth (Sirius) has an apparent magnitude of only 1/12.5 billion of the Sun's brightness, and as for Sirius's horns, hum, Haber is difficult to distinguish ......

Here are the effects of the Sun on Uranus, Neptune, and Pluto (dated November 20, 2009):

Heaven: Angle, magnitude.

Sea: Zhang angle, apparent magnitude.

Hades: angles, magnitudes.

The closest star to the solar system is also light-year, and Pluto is only 5.9 billion kilometers from the sun, so the apparent diameter of the sun is still larger than that of stars on other planets.

It's not so small, you can still see the round surface of the sun, but it's not as big as the earth; Stars are just bright spots, we don't see their round faces.

It turns out that these two sunspot groups are on the far side of the sun, because the sun itself also rotates, about every 27 and a half days to rotate, about October 14, 15, the sunspot group located on the back of the sun turns to the direction facing the earth, and a few days later, the other sunspot group will also show its "respect" in front of the earthlings with the rotation of the sun.

Due to the fog yesterday, the sun was not very dazzling, so it was possible to see sunspots with the naked eye. Researcher Wang said.

Due to solar activity, the magnetic field in some parts of the Sun becomes stronger, and the strong magnetic field makes this region about 1,000 degrees Celsius cooler than the rest of the surface of the Sun. Therefore, when viewed from the earth, this area appears dark, which is what we usually call "sunspots".

Experts explained that in recent days, the sun has continuously blown violent solar storms, and in fact, the "initiator" behind it is the area of strong solar activity where sunspots are located. Because of the change in the magnetic field, the sun erupts much more rays and high-energy particles than usual, and the "solar storm" they form will blow towards the earth at high speed, which will cause adverse or even serious effects on the earth's communications, satellites and aircraft operating in space. Fortunately, the effects are coming soon.

Researcher Wang told reporters, "From our current observations, one of the sunspot groups is about to turn to the far side of the sun, and in four or five days, another sunspot group will also turn over." Since the solar storm is not directly facing the Earth when it erupts on the far side of the Sun, the Earth is much less affected until new sunspots appear. ”

At the same time, researcher Wang Huaning reminded readers that when the sun is strong, do not observe sunspots with the naked eye, let alone use telescopes. Otherwise, it will cause damage to the eyes.

Professionals remind that observers can use more professional telescopes, add filters and projection equipment, and project them onto the screen for observation. In addition, there are several local methods that can also be tried, that is, using several layers of ** film on top of each other, or using darker sunglasses for observation, but the effect is not ideal.

The Earth's atmosphere blocks most of the ultraviolet rays and reduces the intensity of sunlight a lot through refractive reflection. If you look directly at the sun from outer space, the intense light and radiation will directly destroy the human eye.

Looking at the sun from Earth will only make you feel dazzling, and you will be blind when you look at it for a long time.

It's not dazzling to see the sun from space, and it is estimated that your eyes will not want to see anything else after looking at it for a second.

If you look at the sun from space, I don't think it will work, because looking at the sun from the earth is protected by the atmosphere, and it will cause serious damage to the eyes, not to mention that there is no protection from the atmosphere in space.

It's impossible to see, and if you don't use the goggles, your eyes will be sucked out, and if you don't get sucked out, then you will be blind even if you look at it for 1 microsecond.

I think if my eyes are directly facing the sun in space, I will be blind. Moreover, people will be roasted by the sun.

The temperature of the moon is about a few hundred degrees Celsius on the side facing the sun and minus 100 degrees Celsius on the side facing away from the sun.

Definitely.

This is not untrue if there is an atmosphere on Earth, let alone in space, but if you are far away, you will be fine, just like looking at the stars.

It depends on where you are looking, and I believe it will be very comfortable to look at Pluto.

Your cornea is burned! Why do you look at the sun? The rays from the sun can seriously hurt your eyes, and a night's sleep may go away tomorrow, and if it is still tomorrow, you will have to go to the hospital, and it may really hurt.

Yes, it is caused by your long-term use of the computer, and the radiation from the computer can harm people's eyes.

Yes, it's just that you often use your computer and mobile phone in the house and don't go out, and you're already short-sighted.

It doesn't matter, glaring you are often in an environment where there is no sunlight.

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.