Can you see a solar eclipse on the moon, can you see a solar and lunar eclipse on Earth

Of course, when a total lunar eclipse occurs on Earth, the Moon enters the shadow of the Earth, which means that the Moon will not be able to reflect the sun's rays, and a lunar eclipse will occur on Earth. But for observers on the Moon, the Earth blocks the sun's rays, which is a total solar eclipse for the Moon, because the Earth is larger than the Moon, so the eclipse on the Moon will last longer than on Earth. If there is a partial lunar eclipse on the earth, there will be a partial solar eclipse (on the moon) but there will be no annular eclipse, and when a solar eclipse occurs on the earth, there will also be a "terrestrial eclipse" on the moon, but it will never be a "total eclipse" because the moon is not big enough to block all the sun's rays.

The first floor is right to say that there is no lunar eclipse on the moon. But it doesn't mean that there are eclipses every month on the moon. That would be equivalent to having a lunar eclipse every month on Earth, which is clearly not the case.

When a solar eclipse occurs on the Moon, it lasts longer than a solar eclipse on Earth, and because the red light in sunlight is refracted by the Earth's atmosphere onto the Moon, watching the eclipse on the Moon will see a ring of red light around the Earth's periphery.

Upstairs, on the question of the lunar eclipse, you have thought about it wrong. The Moon itself does not emit light, as long as it enters the Earth's shadow, a lunar eclipse can be seen anywhere on the night side of the Earth. But because the Moon's orbital plane and the Earth's orbital plane have an angle of a little more than 5 degrees, there is not a lunar eclipse every month, and a lunar eclipse will only occur when the Moon enters within this 5 degrees.

It is only when the orbital plane of the Moon coincides with the orbital plane of the Earth that a lunar eclipse will occur every month, and a solar eclipse will also occur every month.

Absolutely, it is larger to see the Earth from the Moon than from the Earth, and the Earth can completely block the Sun on the Moon. In fact, when a lunar eclipse occurs on Earth, it is when a solar eclipse occurs on the Moon. The causes of a solar eclipse on the Moon are exactly the same as those on Earth.

But one thing is different, when the Earth is completely blocked by the Sun, although there is no direct sunlight hitting the Moon, the Earth's atmosphere can refract the longest wavelength of red light onto the Moon. At this time, a ring of red light will be seen on the outer part of the Earth on the Moon. And at this time, when viewed from the Earth, the Moon is red.

During a total lunar eclipse, the Moon is not invisible, but red.

When we see a lunar eclipse, it is actually the earth blocking the sun's rays, so on the sunny side of the moon, we can see the solar eclipse at this time, but it is a total solar eclipse, because the distance between the earth and the moon is much smaller than the distance between the earth and the sun, and the relationship between the volume of the three is added, so we can only see a total solar eclipse and a partial solar eclipse. There will be no annular solar eclipse.

It depends on the definition of a solar eclipse, and there is no exact definition.

Personally, the definition of a solar eclipse is broad and narrow. (It's just a personal division for illustrative convenience, not accurate enough, for example, is the transit of Venus and Mercury a solar eclipse?) ）

Narrow sense: When the moon circles the earth and turns between the sun and the earth, if the sun, the moon, and the earth are exactly aligned or close to a straight line, the moon blocks the sunlight that reaches the earth. (This is the definition of a solar eclipse in many places.)

Generalized: A celestial body blocks the light of the sun shining on another celestial body.

In this way, a generalized solar eclipse can be seen from the Moon. But in the narrow sense, it cannot be seen.

There is another understanding of LZ's words, that is, when a narrow solar eclipse occurs on the earth, can it be known by observation on the moon? The answer is that when a narrow solar eclipse occurs on the Earth, you can see a projection of the Moon on the Earth's side facing the Earth, and then you can know that a narrow solar eclipse has occurred on the Earth.

The second floor is right, the plane of rotation of the earth and the plane of rotation of the moon are not in the same plane, and we usually ignore this when we learn geography class when we are children, so there is not a monthly eclipse from the earth.

No. Because during a solar eclipse, the moon obscures the sun.

Yes! That's when we see a lunar eclipse. At this time, it is the Earth that blocks the Sun from the Moon.

Yes, it's just that the Earth is blocking the Sun at that time.

Yes, when a lunar eclipse occurs on Earth.

The Earth's lunar eclipse is the Moon's solar eclipse.

Yes. And there is no atmosphere, you can see more clearly.

No. The Sun, the Moon, and the Earth move in a straight line when the Moon.

The shadow falls on the surface of the earth, and those who are in the shadow will see the phenomenon of the sun being obscured by the moon, which is a lunar eclipse.

Solar eclipse. and the "seasons" of lunar eclipses. The eclipse must have occurred on the first day of the lunar calendar. At this time, the Moon is located between the Earth and the Sun, but because the Sun's orbit (ecliptic) and the Moon's orbit (white path) are at an angle of 5°9, it is not every New Year's Day.

There are solar eclipses, and when a solar eclipse occurs, both the sun and the moon must occur near the "yellow and white nodes" (ascending or descending nodes).

No. Because the eclipse is the first day of the first month of every month, the moon phase is a new moon, which is invisible, and we can't see the moon even that night, let alone the eclipse.

Yes, the place where the sun is obscured is the moon.

Yes, a solar eclipse is when the moon blocks between the earth and the sun, and when a solar eclipse occurs, the sun is missing is actually the moon blocking the sun's rays; A lunar eclipse is when the earth blocks the sun and the moon, and when a lunar eclipse occurs, the moon is missing because the earth's shadow is cast on the moon, and this part is invisible.

Solar eclipses include total solar eclipses, annular solar eclipses, and partial solar eclipses. There are only total lunar eclipses and partial lunar eclipses (because the Earth's shadow is much larger than the Moon's, there will be no annular lunar eclipses).

Solar eclipses (total solar eclipse, annular solar eclipse, partial solar eclipse).

Lunar eclipses (total lunar eclipse, partial lunar eclipse).

Tools: a compass, a piece of white paper, a box of colored pens.

The steps are as follows: 1. First draw a circle with a compass on white paper, and then paint it yellow with a yellow color pen, this represents the sun, as shown in the figure below.

<>3. At a sufficient distance from the sun, make a smaller circle with a compass and paint it with a blue colored pen to represent the earth, and the center of this circle is over a horizontal white line, as shown in the figure below.

4. After that, use the compass to make a circle smaller than the earth, the position is between the earth and the sun, close to the earth, far from the sun, painted with gray colored pencils, indicating the moon, the circle of this circle is on the horizontal white line, as shown in the figure.

5. Gently erase the horizontal white line with an eraser, and then use a pen to mark "Sun", "Moon" and "Earth" on the three balls respectively.

Finally, we have completed a schematic diagram of the position of the Sun, Earth, and Moon during a solar eclipse.

Moon. Much smaller than the Sun, when the Moon passes between the Earth and the Sun, the shadow covers only a small part of the Earth, and those who are under the full shadow of the Moon can see the total solar eclipse.

Those who are located on the edge of the shadow are those who can only see the partial solar eclipse, and those who are not in the shadow area at all will not be able to see the eclipse.

View of the lunar eclipse from space.

The moon passes through the so-called penumbra, where only part of the sunlight is blocked. This will make the moon slightly darker. As the moon continues along its path, it enters the so-called umbra zone, where all light from the sun is obscured from hail.