If you want to have the highest cliff bungee in the solar system, you have to use it with the Iron Man to use it with equipment

As far as we know, Tian Wangxing has a total of 27 satellites. Five satellites have enough quality to keep them in a spherical shape. Among these 5 large satellites, the smallest and closest closer to the King of the King is the American astronomer Jerald Koyber discovered in 1948.

In the West, Tyranno Five is also known as Miranda, which is derived from a role in "Storm" written by the British Great Wen Shakespeare.

Tatto Wan

For a long time, Tianshi Wuyi was very inconspicuous. It was not until 1986 that the traveler's 2nd probe flew from the side of Tianwei Wu when he inspected the King of the King, which made this strange satellite attract attention. The above picture is the image of Tianwei Wan taken on the 2nd of the traveler 2. Its density is small, only 20%larger than water. Further studies have shown that about 60% of Tianwei Five ingredients are ice. In other words, Tianwei Five is a world that was ruled by the ice.

If a word is to describe the terrain characteristics of Top Five, it must be "fragmented".

The surface of Tianwei Wan was broken, and all kinds of plains, mountains and canyons were all mixed together. In other words, Tianwei Wu is not like the earth, and there is no concept of topography in the strict sense, because all kinds of terrain and localforms are stewed into a pot of hodgepodge. If one day, human beings can immigrate to the entire solar system and list the terrain of Tianwei Wu as the scope of the test scope of the geographical college entrance examination, which will be very exciting.

Why is the terrain of Tianshi Wu so fragmented?

The answer is the tidal force we repeatedly mentioned before. The tidal force of Tianwang Xing and its main satellites allows the internal heat of Tianwei Five due to friction. These energy frequently broke the surface ice layer by earthquake or volcanic eruption, and then changed Topu to this chaotic look. But in this chaotic frozen world, Traveler No. 2 still discovered an unusual thing. That is the highest cliff in the solar system.

In order to facilitate comparison, let's take a look at the tallest cliffs on the earth. It is located on the south of the ninth peak of the earth (Nanta Parbat Peak), known as the Rapar Rock Wall. Its vertical height is about 4,600 meters, which is 5.5 times that of the world's tallest building (Harry Fa Tower in Dubai).

Raparya

But if you look at the entire solar system, Rapar Rock Wall will see a big witch. In 1986, the traveler took the picture below when he flew over Eba on the 2nd.

There was a cliff in the middle of this figure, which was later called the Verona cliff. This is named after a city in northern Italy. It is the hometown of Romeo and Juliet in Shakespeare. At the beginning, people thought that the height of this cliff should be between 5000 meters and 100,000 meters. However, a study in 2016 showed that the actual height of the Verona cliff reached an extremely amazing 20,000 meter, which made it the highest cliff in the entire solar system in one fell swoop.

As for how the Verona breaks the cliff, there is no conclusion yet. Some people think that it is derived from a severe stars impact, and some people think it is from the Mounting Mountain Campaign of Topu. Since only travelers have visited Tianshi 5 at present, the existing observation data is not enough to judge which theory is correct.

So far, the space departments of countries around the world have not formulated any plans to return to Tianwei V, so for a long time in the future, this will be an unsolved mystery.

Now let's open our brains and think about what kind of experience would it be if someone broke the cliff on Verona?

To this end, we need to supplement you a little physical knowledge of junior high school. I believe many people have heard of the free falling movement. It describes objects with zero initial speed, exercise only under gravity. Galileo first discovered that the free landing movement can be described in a very simple formula, that is, H = 1/2GT². The H here is the height of the landing of an object. G is the acceleration of the gravity it receives, and T is the time for its fall.

Galileo

By the way, Galileo's formula is actually not suitable for the earth. This is because the quality of the earth is very large and can retain the atmosphere. In this way, the object will be resistant to air during the falling process, and no longer do free falling exercises.

But on Tianwei Wu, the situation is very different. This is because the quality of Tianwei Wan is very small and cannot retain the atmosphere. In this way, the object will not be affected by air resistance during the fall, thereby always maintaining a free motion. As mentioned earlier, the height of the Verona cliff is 20,000 meters. The observation data of Travelers No. 2 shows that the gravity acceleration of Tianshi Wan is very small. Using Galileo's formula, it is easy to calculate a person falling to the bottom from the top of the Verona cliff, which costs a total of 707 seconds. In other words, he has nearly 12 minutes to appreciate the scenery of Tianwei Wu. In addition, his landing speed is about 200 kilometers per hour. It took nearly 12 minutes to speed up the time per hour to be uniformly accelerated.

From this point of view, it seems that it doesn't seem to be a particularly horrible thing from the jumping cliff on the cliff. Now let's consider the problem of landing. On the earth, people often use parachutes and gliding umbrellas when they jump off from high altitude. But on Tianwei Wu, these two devices are completely unusable. This is because Tianwei Wu has no atmosphere at all and cannot generate any air buoyancy. In addition, the rubber rope commonly used on the earth seems to be unreliable. After all, if you jump off the Macau tower, the length of the rubber rope required is only more than 200 meters, but if you jump off the cliff from Verona, the length of the required rubber rope will reach 20,000 meters. Therefore, the ideal choice is the anti -rocket used by Iron Man. At the current technical level, of course, it is not allowed to fly freely in the sky like Iron Man. But it should not be particularly difficult to land with it alone.

Imagine it. One day, human beings can establish a living point on Tianshi Wan. At that time, dressed up like Iron Man, and then jumping down from the highest cliff on the solar system may become a very popular extreme sports.

Iron Man intercepts from movies

To make a summary, in 1986, Traveler 2 found the Verona cliff on Tianshi 5. Later research showed that its actual height reached 20,000 meters, which made it the highest cliff in the entire solar system in one fell swoop. The observation data of Traveler 2 is calculated. If a person jumps down from the top of the Verona cliff, it takes about 12 minutes to reach the bottom. In addition, his landing speed is not fast, which is about 200 kilometers per hour. In this way, as long as the anti -rockets used by Iron Man can land safely.

In this sense, if human beings can settle on Tianwei Five, dress up as Iron Man and bungee jumping on the highest cliff on the solar system, it may become a very popular extreme sports.

Wenyuan: "Universe Odyssey: Walking the solar system"

Author: Wang Shuang

Part of the map comes from the Internet

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Edit: Zhang Runxin

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