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Deviation of the earth's axis. The angle of the earth's axis and other unique features of the native planet

Deviation of the earth's axis. The angle of the earth's axis and other unique features of the home planet

If you carefully consider all the objects of the solar system, then without a doubt we can say that the Earth was lucky. During the formation of the planets, it was she who was destined to be in the right place, where all the factors for the development of life are most harmoniously combined. It is a paradox, but even with the development of progress in the field of space exploration and information accessibility, not all people have an idea about the cosmic parameters of the Earth, and it is they who should be thanked not only to man, but to all nature for the opportunities that it provides for the development of the life cycle. It's time to fill this gap.

Special thanks to orbit, atmosphere and axial tilt

Earth is the third planet farthest from the main star. The average distance to the Sun is about 149.5 million km, it has become optimal for it in terms of temperature ratio - not too hot in the daytime and summer, and moderately cold at night and in winter.

The Earth's orbit deserves respect for its location, not only because of the climate, but also because being in this part of the solar system created opportunities for the formation of an atmosphere conducive to the emergence of life, which is based on nitrogen and oxygen.

Pay attention to the angle of inclination of the earth's axis to the plane of the orbit. It is 23 degrees, thanks to it there are no completely shaded areas on the planet, each of them alternately receives the right amount of light and heat when the seasons change.

The air on Earth is not only oxygen...

Since childhood, people have been aware of the importance of oxygen. However, other components are rarely remembered.

First of all, they include nitrogen - this gas is even more than the first one in the atmosphere in terms of volume and its main task is to neutralize the negative properties of oxygen. Sounds weird? In fact, there is nothing surprising, because if you remember chemistry, it is known that O 2 gas has the ability to create oxidative reactions, in its pure form it can even burn the respiratory tract! Therefore, nitrogen is an airbag for our mucous membranes of the nose and lungs.

And of course, some carbon dioxide is present, just a few hundredths of a percent. Why so little, if so many people on the planet exhale it every second? Everything is very simple: from a person, carbon dioxide is transferred to plants, which, when exhaled, return oxygen to the atmosphere. Here is such a cycle!

The angle of the earth's axis and its gifts

As noted above, it allows any point on the planet to be charged with solar energy. But not only in this his merits. The tilted axis makes it possible to observe phenomena such as the seasons, which are the result of the fact that at each latitude the sun's rays are directed at different angles, changing them over the course of 365 days, as a result of which it becomes warmer and colder. And at the poles, you can witness that for more than 180 days the sun does not set from the sky, and the other 180 days it does not rise, because it illuminates the opposite pole. Thus, during the entire orbital cycle, the two hemispheres heat up and cool down in turn. When it is summer on one of them, winter cold is on the other at the same time; with autumn and spring everything is the same. Each season changes the length of day and night.

If the tilt of the earth's axis were zero, then the picture would be more faded: day and night would be stable for 12 hours, and the season and temperature would be the same, depending on latitude. The equator would be an oasis of summer, autumn would not leave the middle latitudes, and at the poles there would be neither day nor night, but only eternal morning.

Special differences from neighboring planets of the Terrestrial group

1. Our planet is the largest in size among them. Venus, and especially Mars and Mercury, are significantly inferior to it in size.

2. Only on Earth is oxygen present in sufficient quantity and in the correct ratio, which is important for the existence of life.

3. It has the strongest magnetic field, which protects against radiation and the largest natural satellite - the Moon.

4. The only one of the planets of the Earth group has a huge supply of water.

5. The distance to the Sun - about one and a half hundred million kilometers - turned out to be happy for her.

Conclusion

Earth can rightly be called Paradise! Nowhere in the nearest space district are there such favorable conditions. And for this we need to thank the cosmos, which created a comfortable angle of inclination of the earth's axis and favorable orbital parameters. No neighboring planet has a moon like the moon, water, oxygen and life, which is beautiful anyway. And people only need to love and protect it. Our planet deserves it.

People who have lived in one place for a long time, dozens of years, began to notice that the Sun is now setting and rising in a completely different place from where it rose and set 20 or 40 years ago. A natural question arises - why?

Let's turn to the scientific information regarding the angle of inclination of the Earth's axis of rotation:

The angle of inclination of the Earth's axis with respect to the plane of the ecliptic is 23.5 degrees. This was the reason for the change of seasons on Earth, as a result of rotation around the Sun.

Effects of the Earth's tilt and movement around the Sun

Imagine that the Sun is at the center of a rotating record. All the planets, including the Earth, revolve around the Sun like the tracks of a gramophone record. Now imagine that each planet is a top, the top and bottom points of which coincide with the angle of rotation of the Earth around the Sun. By measuring the angle of inclination between the poles and the orbit in which the Earth moves around the Sun, you will get just the same 23.5 degrees.

Graphical depiction of the tilt of the Earth

At one point in the Earth's orbit, the North Pole of the Earth faces the Sun. At this time, summer begins in the northern hemisphere. After 6 months, when the Earth is on the opposite side of its orbit, the North Pole is directed away from the Sun, and winter sets in, and in the southern hemisphere, on the contrary, summer sets in.

With a frequency of 41 thousand years, the angle of inclination of the earth's axis changes from 22.1 to 24.5 degrees. The direction of the earth's axis also changes with a period of 26 thousand years. During this cycle, the poles change places every 13 thousand years.

All planets in the solar system have a certain angle of inclination of the axis. Mars has a tilt angle very similar to that of the Earth, at 25.2 degrees, while Uranus, on the contrary, is 97.8 degrees.

Great, science describes everything in detail to us, but these data do not change for decades, and the tilt of the Earth's axis is changing. The sun rises and sets in a completely different place, and in addition, global climate change may not be associated with the notorious human impact on nature, but with a change in the tilt of the Earth, as a result of which the climate has changed, moreover, all natural anomalies point precisely to this factor.

Why is this happening? There is only one answer - some huge cosmic body entered the solar system and has a powerful gravitational effect on our planet, it is so strong that it has already changed the axis of rotation of the Earth.

Scientists cannot but know, cannot but record such changes in the tilt of the earth's axis, but for some reason they are in no hurry to change the information, correct the data on the angle of inclination, and even more so they are in no hurry to explain why all this is happening.

Changes are noticed by many people who write about it, but science is silent. A popular U.S. informal radio host, Hal Turner, recently brought up the subject on his show and detailed his observations.

Here is what he reported:

"The sun sets much further north than it used to. I live at North Bergen, NJ 07047. My house is located on the western slope, 212 feet above sea level. I moved here in 1991, I live on the third floor, with a balcony facing west For many years I enjoyed beautiful sunsets from this balcony, and at the beginning of the summer of 2017, I unexpectedly noticed that the Sun was setting in a completely different place than before.

It used to set in the west, but now it sets in the northwest. Moreover, it has shifted so much that if earlier I watched the sunset looking straight ahead, now, in order to see the sunset, I have to turn my head to the right.

I am not a scientist or an academician, but I have been living here for 26 years and I see that the Sun does not set at all where it used to be. The only reasonable explanation for this fact is that the Earth has changed the angle of its axis. Why is NASA praying, why do all the scientists of the world do not notice or do not want to notice this?

Influence of Planet X (Nibiru)?

According to ancient Sumerian texts and recent studies by modern scientists, the appearance of Planet X in the solar system will change the tilt of the Earth's axis, which will cause global climate change, and as this planet approaches the Earth, this will lead to large-scale natural disasters - tsunamis and other natural phenomena that likely to destroy life on our planet.

Judging by the fact that billionaires, governments and other rulers of the world are preparing safe shelters for themselves, creating "arks" for storing seeds and the cultural heritage of human civilization, they know about the approaching global catastrophe.

Perhaps that is why the space programs of NASA, Elon Musk (Space X) and Jeff Bezos (Blue Origin) began to actively develop, the purpose of which is to resettle the chosen ones to other planets and create colonies there.

Nibiru, also known as planet X, is considered to be a planet whose orbit at perihelion crosses the solar system between Mars and Jupiter once every 3600-4000 years. The Sumerians left a description of this planet, which says that it is inhabited by highly developed intelligent beings - the Anunnaki.

Not so long ago, just a few years ago, scientists called information about planet X a myth and pseudoscience, and then these same people who laughed at Nibiru themselves announced the discovery of Planet X. Maybe it's time to openly tell people about the real causes of global climate change and about planet X, also tell. Maybe the time has come?

Schematic representation of the tilt of the earth's axis of rotation. Credit & Copyright: UniverseTodayRu

In ancient times, in various cultures, our planet took a variety of forms - from a cube to the more popular flat disk surrounded by the sea. But thanks to the development of astronomy, we have come to understand that in fact the Earth has a spherical shape (geoid), in addition, it is one of the many planets in our star system that revolves around the Sun.

Over the past few centuries, as a result of advances in science, the evolution of scientific instruments, and more complex observations, astronomers have been able to determine the true shape of the Earth's orbit with great precision. In addition to knowing the exact distance to the Sun, we also found out that our planet revolves around it with a certain tilt.

The inclination of the axis of rotation is the angle by which the axis of rotation of the planet is deviated from the perpendicular drawn to the plane of its orbit. This kind of tilt of a celestial body affects how much sunlight a certain point on its surface receives during the year. The tilt of the earth's axis of rotation is approximately 23.44° (or 23.439281° to be exact).

The tilt of the earth's axis is the main factor responsible for the seasonal changes that occur on the earth during the year. When the north pole is pointing towards the sun, it is summer in the northern hemisphere and winter in the southern hemisphere. When, after six months, the south pole turns towards the Sun, the opposite situation is observed.

In addition to temperature changes, the changing seasons also lead to changes in the daily cycle. So in summer, the length of the day is longer than the night, and the Sun rises higher in the sky. In winter, the days become shorter and the Sun is lower.

A more interesting situation is observed beyond the Arctic Circle: there, at first, for almost six months, the Sun does not rise above the horizon (a phenomenon known as “polar night”), and then also does not set below the horizon for almost six months (“polar day”).

This illustration shows a view of the Earth from space. Credit & Copyright: NASA.

Four seasons can be tied to four dates: solstices and equinoxes. In the northern hemisphere, the winter solstice occurs on December 21 or 22, the summer solstice on June 20 or 21, the spring equinox on March 20, and the autumn equinox on September 22 or 23. In the southern hemisphere, the situation is reversed: the date of the summer solstice changes with the date of the winter, and the date of the vernal equinox with the date of the autumn.

The tilt angle of the Earth is relatively stable over a long period of time. However, the earth's axis is constantly swinging. This phenomenon, known as precession, causes the seasons to “reverse” periodically (approximately every 25,800 years). When this happens, summer in the northern hemisphere will begin in December and winter in June.

Thus, the rotation of the Earth around its axis is not as easy as you might think. During the scientific revolution, it was a real revelation for many to learn that the Earth is not a fixed point in the universe. But even then, astronomers like Copernicus and Galileo thought the Earth's orbit was a perfect circle, and they couldn't even imagine what it really looked like. And only after a long time did we realize that the tilt of the axis of our planet leads to serious changes over time - both in the short and long term.

The topic of shifting the Earth's axis of rotation has been discussed on the Internet for several years - from the time when some people who have long lived in the same place began to note that the Sun rises and sets not where it has always been in the corresponding period. When people try to discuss this phenomenon, there are always crowds of trolls and ordinary brainless people howling at them, starting to bend about refraction-diffraction and so on. However, let's get down to the facts.

Alaska is home to a tribe of local Aborigines who call themselves the Inuk or Inuit. The words "eater of raw meat" sound like "Eskimo" in their language, which gave another name to the tribe. Living in the conditions of the far north and not having newfangled satellite devices, the Inuit have been carefully observing the Sun and stars for centuries, have their own unshakable calendars of all all seasonal phenomena. But since the early 2000s, these calendars have been greatly shaken, as the elders even tried to inform NASA.

Effects of the Earth's tilt and movement around the Sun

According to their observations, the Sun rises and sets NOT THERE and NOT THEN. The Inuit, who had some knowledge of conventional astronomy, suggested that since the Earth is round and rotates, then the axis of rotation must have changed if the Sun does not rise over the hill over which it has risen for centuries on this day. Enlightened adepts from NASA raised ignorant Indian guys to laugh and the topic was hushed up. However.

Let's turn to the scientific information regarding the angle of inclination of the Earth's axis of rotation:

The angle of inclination of the Earth's axis with respect to the plane of the ecliptic is 23.5 degrees. This was the reason for the change of seasons on Earth, as a result of rotation around the Sun.

Graphical depiction of the tilt of the Earth

Here is what he reported:

Influence of Planet X (Nibiru)?

If you could look at the Earth from the side, you would think that the Earth has very bad posture. The Earth flies around the Sun, leaning somewhat to the side (like a sailboat in a strong wind).

The angle of the earth's axis is 23.5 degrees from the vertical line. It happened during the deadly races that formed our solar system 4.6 billion years ago.

The Sun, Earth and the other eight planets in our planetary system formed from a rotating cloud of interstellar gas and dust. Scientists believe that the Earth grew to the size of a planet, absorbing particles that collided with it. Millions of years passed, worlds were formed and destroyed, planets in their modern form were formed from their parts. The natural satellite of the Earth may have been formed when the red-hot Earth collided with a large cosmic body.

Why is the earth's axis tilted?

According to Clark Chapman, an astronomer at the Planetary Science Institute in Tucson, Arizona, it took a gigantic explosion to give the Earth its current orbit. Thanks to the explosion, life on our home planet has become very interesting. The results of this blow still turn the leaves yellow in autumn, roast the Mediterranean coast in summer, allow children to frolic in rivers, and in winter cause heavy snowfalls to the delight of children and to the grief of city authorities. This last decisive explosion created the seasons on Earth - the four seasons.

Interesting:

Why do the orbits of the planets lie in the same plane?

But how magically did it happen? As a result of the Big Bang, the N Pole is tilted towards the Sun for half a year, and during the next half year it is tilted in the opposite direction. When the North Pole is tilted towards the Sun, the Sun is warm and bright in the Northern Hemisphere, and the days are long. If the nights begin to lengthen and become colder, then the North Pole has begun to tilt in the opposite direction from the Sun. In the Southern Hemisphere, the picture is opposite, that is, when it is warm in the Northern Hemisphere, it is cold in the Southern Hemisphere, and vice versa.

Chapman emphasizes that if the Earth's axis were strictly perpendicular to its orbit, there would be practically no seasons. The Earth's orbit is not a perfect circle, so the Earth's temperature would drop somewhat as the Earth moves away from the Sun. As the Earth gets closer to the Sun, it would get a little warmer. But these weather changes would be like the changing of the seasons, just as a whisper is like a scream. We would have no winter, no autumn, no spring, no summer. Such words would not even exist in our language.