answersLogoWhite

0

Highlands are made up primarily of Aluminium.

User Avatar

Wiki User

15y ago

What else can I help you with?

Continue Learning about Astronomy

The lunar highlands have more impact craters than the maria so scientists know that the highlands are what?

The lunar highlands are older than the maria because they have accumulated more impact craters over time. This suggests that the highlands are composed of older, more geologically stable rock compared to the volcanic plains of the maria.


What causes lunar highlands?

Lunar highlands are predominantly made up of anorthosite, a rock type rich in the mineral plagioclase feldspar. They are thought to have formed early in the Moon's history when lighter minerals floated to the surface of a molten lunar magma ocean and crystallized, creating the highlands terrain we see today.


What is a kind of rock found on the moon made up of older rocks?

The rock type found on the moon made up of older rocks is called anorthosite. It is composed mainly of a mineral called plagioclase feldspar, which indicates that it originated from older lunar crust material. Anorthosite is one of the primary rock types found on the lunar highlands.


The moon's light colored highlands are called?

The moon's light-colored highlands are called "lunar highlands" or "lunar highland regions." These areas are composed mainly of anorthosite, a type of rock rich in plagioclase feldspar, giving them their bright appearance. The highlands are older than the darker plains known as "maria," which are created by ancient volcanic activity.


What are facts about the Moon's highlands?

The Moon's highlands are older and have more craters compared to its maria (low-lying plains). They are primarily composed of anorthosite, a rock type rich in calcium and aluminum. The highlands also contain mountain ranges and rugged terrain, with some peaks reaching heights of several kilometers.

Related Questions

The lunar highlands have more impact craters than the maria so scientists know that the highlands are what?

The lunar highlands are older than the maria because they have accumulated more impact craters over time. This suggests that the highlands are composed of older, more geologically stable rock compared to the volcanic plains of the maria.


What causes lunar highlands?

Lunar highlands are predominantly made up of anorthosite, a rock type rich in the mineral plagioclase feldspar. They are thought to have formed early in the Moon's history when lighter minerals floated to the surface of a molten lunar magma ocean and crystallized, creating the highlands terrain we see today.


What is a kind of rock found on the moon made up of older rocks?

The rock type found on the moon made up of older rocks is called anorthosite. It is composed mainly of a mineral called plagioclase feldspar, which indicates that it originated from older lunar crust material. Anorthosite is one of the primary rock types found on the lunar highlands.


What rock makes up the bright white lunar highlands?

The bright white lunar highlands are primarily composed of anorthosite, a type of rock rich in a mineral called plagioclase feldspar. Anorthosite is formed from the cooling of magma on the Moon's surface and is lighter in color compared to the darker basaltic rocks found in the lunar maria.


What is the kind of rock found on the moon that is made up of older rocks stuck together?

Lunar breccia.


The moon's light colored highlands are called?

The moon's light-colored highlands are called "lunar highlands" or "lunar highland regions." These areas are composed mainly of anorthosite, a type of rock rich in plagioclase feldspar, giving them their bright appearance. The highlands are older than the darker plains known as "maria," which are created by ancient volcanic activity.


What are lunar highlands (CROSSWORD)?

Lunar highlands are elevated, mountainous regions on the Moon's surface, characterized by their rough terrain and lighter color compared to the darker maria (volcanic plains). They are primarily composed of anorthosite, a type of rock rich in calcium and aluminum. These highlands are ancient and heavily cratered, indicating they are some of the oldest features on the Moon.


Is the moon made of gas?

No, the moon is not made of gas. It is primarily composed of rock and metal, with a crust, mantle, and inner core. The lunar surface features a variety of geological formations, including craters, maria, and highlands, which are all solid, tangible materials.


What is a kind of rock found on the moon that is made up of older rocks stuck together?

Breccia is a type of rock found on the Moon that is made up of older rocks stuck together. It forms from the impact of meteorites or other celestial bodies striking the lunar surface and fusing rocks and soil together.


What are facts about the Moon's highlands?

The Moon's highlands are older and have more craters compared to its maria (low-lying plains). They are primarily composed of anorthosite, a rock type rich in calcium and aluminum. The highlands also contain mountain ranges and rugged terrain, with some peaks reaching heights of several kilometers.


What is the oldest type of lunar terrain?

The oldest type of lunar terrain is the "highlands," which are heavily cratered regions formed early in the Moon's history. These highlands consist primarily of anorthosite, a type of rock rich in plagioclase. They date back to the Moon's formation, around 4.4 billion years ago, and are characterized by their rugged landscapes and numerous impact craters, reflecting a long history of bombardment.


What are two special features about Highlands on the moon?

The Highlands on the Moon are characterized by their rugged, mountainous terrain and are significantly older than the lunar maria. They are comprised primarily of anorthosite rock, which gives them a lighter color compared to the darker basalt found in the maria. Additionally, the Highlands are home to numerous impact craters, showcasing a history of bombardment by meteoroids. These features make the Highlands a key area for understanding the Moon's geological history.