Place where our thousand years equals one year

 

As everyone knows, the time period of the human year is directly related to the sun. The period of one year on the earth where we live is considered to be the time during which the earth completes one revolution of the sun. This period is considered to be 365 days on Earth, i.e. the Earth completes one cycle of the Sun in 365 days and starts another cycle.

Other time formats such as seconds-minutes-hours-days-fortnightly (fortnightly -15 days) a month - Bimonth - The largest unit of time in the upper order of the quarterly (three months) - half yearly (six months or half yearly) is one year. Time analysis does not envisage a unit larger than a year. When calculating the time greater than one year, the year is used.

The largest unit of time we use is a decade is ten years.

A larger calculation method is a century is a period of 10 decades or 100 years.

 

Another major form of time is the Millennium. Millennium is a period of one thousand years.

Science imagines the concept of time from the infinite shortness of seconds to 13.8 billion years ago.

Today, there is going to be a discussion about the year, not about any other format of time, that is, about the orbit of any mother celestial body (other planets and celestial bodies in the solar system, including the Earth where we live).

The earth orbits the sun in 365 days, which means that the period of one year on the earth where we live is 365 days. Before the rise of Einstein, science had a very misconception about time. Science believed that time flowed uniformly throughout the universe.

But the Scriptures clearly state that there are different forms of time in the universe. Until Einstein, science was ignoring the scriptures. But Einstein proved what the Scriptures said.

Now science clearly knows that the time of the Earth and the Moon, Mercury, Mars, Saturn and any other celestial body in the universe has a different pattern of time.

The only place where man has set foot other than the earth is on the moon. There is a difference between time and earth time. The moon is a satellite, not a planet, that is, it orbits the planet, not the sun, directly.

Any body orbits the sun and moves on its own axis. What we understand as the time of a day is the period when the earth takes a turn on its axis. The earth takes about 24 hours to do this. That is why our day is 24 hours long.

The moon, on the other hand, takes 27.3 days to complete one revolution of its axis, which means that one day of the moon is equal to 27.3 days of the earth. There is an amazing thing in the structure of the moon, it takes as much time to orbit its axis as it takes to complete one orbit of the earth.

The moon takes 27.3 days to complete one revolution of the earth, that is, one year interval on the moon is equal to one day. Soon there will be a human settlement on the moon. The people living there will not be able to divide the time schedule like the earth. A day that is 27.03 days long, that is, about 13.65 days long night on the moon and a long day of light.

Similarly, on Mercury, the period of one day is 58 days and the period of one year is only 87 days. A day on Venus lasts more than a year. One day on Mars is slightly longer than Earth, at 24.622 hours, and 687 days a year. Jupiter, the largest planet in the Solar System, has a total of 9 hours and 55 minutes a day, equivalent to 4,332 days a year on Earth. Jupiter has 10,475 days in a year.

A day on Saturn is 10 hours 34 minutes, while a year here is 10,759 days longer than on Earth. In terms of Saturn's days, we have to wait 24,491 days to change the calendar here. On the planet Arun (Uranus) the day is 17 hours 14 minutes. One year here is 84.32 million years, or 30,799 days long.

In terms of days here, you have to wait 42,718 days to cut a birthday cake here. The last planet in the solar system, Varun (Neptune), has a day of 16 hours and 6 minutes, while a year here is about 165 years of the Earth. That is, the planet Varun takes 165 years to complete one revolution of the Sun. According to Varun's day, there are 89,666 days in a year.

Let's also talk about the asteroid (Pluto). Pluto has a very long day, meaning that its orbital speed is very low. It moves a total of 13 meters per second on the axis. At this speed, Pluto, which has a diameter of 2,376 km, takes 153 hours and 17 minutes to make one turn on the axis.

It takes 248 years (Earth years) to complete one year here, orbiting the Sun. Pluto, discovered by science in 1930, has not completed a single orbit around the sun since its inception.

Astronomers have just discovered a celestial body in the Solar System that takes 1,000 years to complete one orbit around the Sun. This is the farthest known celestial body from the Sun. Scientists have dubbed it 'farfarout'.

Prior to its discovery, the 2018 VG 18 was considered to be the farthest (trans object) object from the Sun. It was discovered on November 10, 2018 by Scottspard, David Tholen and Chad Trujillo. It was called a 'fur out object'. It was 100 AU (astronomical unit) or about 15 billion km away from the sun.

The trio has discovered an even farther 'fur fur out object' 2018 AG 37. It orbits the Sun at a distance of 144 AU from the Sun. 1 AU is the distance from the sun to the earth, its value is 14,9600,000 km. It takes a thousand Earth years to complete one orbit of the sun from so far away.

Although the object was discovered in 2018, Scott Sheppard, David Tholen, and Chad Trujillo at a press conference in February 2021. Has given formal information on this subject. According to preliminary estimates, its diameter is 400 km.