Did the volcanic activity of the Moon predate that of the Earth 10

Wrong. The Earth is earlier than the Moon's. Because the moon revolves around the earth, of course, the earth's volcanoes are early!! 1

There is a theory that the moon is separated from the earth, there are related claims in theology, and there are also related claims in the scientific community, but whether it is specific or not, there are different opinions, anyway, as a satellite of the earth, the volcanic activity of the moon is not as early as that of the earth.

It should be that volcanic activity on the moon has not occurred for millions of years, not that the lunar volcanic eruption is earlier than the earth, the moon formed later than the earth, how can its volcanic activity be earlier than the earth. In the early days of the earth's formation, there were active craters everywhere.

Volcanoes on the Moon and Mars have been extinguished for millions of years. As for Venus, scientists suspect that its volcano is still very active. In addition to the Earth, we can only determine that there are active volcanoes that continue to erupt on the Iomoon moon, one of Jupiter's sixteen moons.

Author: cums

Manger. Level five. No.

As far as I know, the Volcanic Activity of the Moon is later than that of the Earth

Scientists deduce that the Moon was created when the Earth impacted, so it is not as early as the Earth.

Although the moon is a household name, some facts about the moon are still a bit confusing. For example, although the moon is a satellite of the earth, it was born much earlier than the earth.

The moon doesn't seem to have a volcano, right?

No.

There is no resemblance to Hawaii or San on the Moon. A volcano like Hyrum. However, its surface is covered by huge layers of basalt lava (volcanic lava).

Early astronomers believed that the dark areas of the moon's surface were vast oceans, hence what they called them"mare", which means in Latin"The sea"。Of course, this is wrong, these shadowy ruined areas are actually plains made of basalt lava.

In addition to the basalt lava formations, the dark areas of the moon are also present with other volcanic features. The most protruding stools are the sinuous lunar gullies, black sediments, volcanic tops, and volcanic cones. However, none of these features are significant, and they are only a small fraction of the volcanic traces on the surface of the moon.

The moon has been frozen for a long time, but the core cooled before there was volcanic activity.

No. A volcano whose surface is covered with basalt.

The surface of the Moon is covered with a layer of massive basalt lava (volcanic lava). Early astronomers believed that the dark areas of the moon's surface were vast oceans, so they called it "mare", which means "ocean" in Latin. Of course, this is a mistake in nuclear slowness.

These dark areas are actually plains made of basalt lava. In addition to the basalt lava structure, there are other volcanic features in the dark areas of the moon's black potato. For example, the most prominent are the winding lunar trenches, black sediments, volcanic domes, and volcanic cones.

However, these features are not significant and are only a small fraction of the volcanic traces on the surface of the Moon.

The Earth 4 billion years ago may be very similar to Jupiter's supervolcanic moon Europa. Europa is the most volcanically active body in the solar system, dissipating a large amount of heat stored inside through dense volcanic eruptions, covering the entire planet's surface with lava up to 1 centimeter thick every year. The Earth may have gone through a similar phase when it was younger, and then the entire planet cooled down, prompting the onset of plate movements.

4.5 billion years ago, the Earth was formed by the fusion of many small, rocky microplanets. These collisions generate a lot of heat, as well as the subsequent separation of the Earth's metal cores and the decay of radioactive elements. So the ancient Earth stored much more internal heat than it does now, probably 5-10 times more than it does now.

Heat is transferred to the surface in large quantities through volcanic eruptions.

The rocks formed 3.5 billion years ago preserve evidence of an intensive and sustained period of volcanic activity on Earth, which lasted for hundreds of millions of years.

Volcanic ruins - crater lake.

The Moon is the only satellite of the Earth where we live. It is speculated that the Moon was formed about the same age as the Earth, that the Earth was formed about 600,000 years ago, and that the Moon was formed about 100 million years ago, so the Moon is a little younger than the Earth.

When we look at the moon on a clear, full moon night, we will see that parts of the moon's surface are darker. These dark parts are called "moon seas" and are remnants of the moon's early volcanic eruptions. This part is mainly composed of basalt and reflects light poorly.

Most of the volcanic activity on the Moon dates back to 3,035 billion years ago. The earliest volcanic activity on Earth occurred at the beginning of the Earth's formation, about 4.5 billion years ago. As a result, the Earth's volcanic activity was earlier than that of the Moon.

However, most of the existing volcanoes on Earth were formed after 100 million years ago, and they are still in a period of relatively active volcanic activity.

This is the same as the Moon. evolutionary history. Scientists speculate that, like Earth, the early moon was also a magma.

Ocean, with the process of cooling, cooling, and crystallization, the lunar core is formed first, and then different levels of the lunar mantle appear. "During the cooling and crystallization of the magma ocean, olivine is rich.

Some of the material will precipitate into the more tolerant deep mantle in the early stages of crystallization, while the less dense plagioclase will float upwards and drift on the surface of the magma ocean, forming the lunar crust, which is the brighter area of the moon as seen.

Because someone found that there is volcanic rock on the surface of the moon, it was actually brought by an astronaut, and it was not produced by the moon.

There is a lot of volcanic activity on Earth, which is generated by the nuclear fusion of stars, which can last for centuries, but there are also some that started 2 billion years ago, such as one near the South Pole. Is this volcanic activity related to the largest lava lake in the solar system? We all know that the Earth is surrounded by a star deep in the earth's crust, and the star is constantly changing as time goes by.

We all know that the oldest celestial body in the universe, the Moon, is the largest celestial body in the solar system! It is located at the center of the solar system and is the only celestial body outside the sun. When the Sun enters the Solar System, it rubs and fuses with other celestial bodies in the Solar System to produce an energy source called helium-3.

But the Moon is formed by the Earth's crust and volcanoes, and the gravitational pull of these two different celestial bodies is different. Volcanic activity on the Moon has only one chance to produce helium-3 energy: millions of years ago.

Volcanic ash forms volcanic ejectitions, which are called volcanic ash. Volcanic activity from ash can not only change the shape of the earth's surface and atmosphere, but also affect living things. The main components of volcanic ash are sulfides and nitrides, which are associated with the presence of water.

When water is released into the atmosphere, it forms tiny droplets that drip onto the ash. This is similar to how birds and other mammals live on land.

The lava produced by the volcano heats the earth's crust to 1000-1500 degrees Celsius. These lavas flow along the continental margin towards the ocean. Over such a long period of time, the lava is heated to thousands of degrees Celsius and quickly evaporates socks ......When the lava cools to 100 degrees Celsius, the earth's crust becomes very unstable, a phenomenon known as mantle change.

At this point, the lava on Mars melts into solid. Over time, rising lava envelops the Earth and evaporates it. As the mantle becomes more stable, it brings the lava back together from the edge of the sun.

The high temperatures, pressures, and ionosphere produced during stellar nuclear fusion cause chemical reactions in large quantities of the Earth's mantle.

The moon is too small to have a block structure, but it still has a layered structure. The moon has basically cooled down, though.

Modern research believes that the moon also has a layered structure such as shell, mantle, and nucleus. The average thickness of the outermost lunar crust is about 60 km. Below the lunar crust to a depth of 1,000 km is the lunar mantle, which occupies most of the moon's volume.

Underneath the mantle is the lunar core, which has a temperature of about 1000 to 1500, so it is likely to be molten.

It is presumably composed of fe-ni-s and dolerite material. Since the radius of the Moon is only more than 1,700 kilometers, even if the Moon has a liquid core, its body volume is very small, which is not enough for the Moon to produce a plate structure, let alone a volcanic eruption on the Moon.

A crater on the moon.

All are formed as a result of a meteorite or asteroid impact and have nothing to do with volcanic eruptions.

Meteorite impact craters on the surface of the Moon.