A Walk Through Time - Ancient Calendars

The celestial bodies - the sun, the moon, the planets and the stars - provide us with criteria for measuring the passage of time in our presence. Ancient civilization relies on the apparent movement of these bodies in the air to determine the season, the month, and the year.

I do not know much about the timing of prehistoric times, but there are people who place importance on measuring and recording the passage of time in all cultures, regardless of where the records or artifacts are located Well there. Over 20,000 years ago, European glacier hunter hurt the line and pierce the stick and bone. 5,000 years ago, the Sumerians in the Tigris - Euphrates river basin of today in Iraq today divide the year into 30 days and have a calendar divided into 12 periods each day (each period corresponds to 2 hours). The period is divided into 30 parts (4 minutes each). We have not written a record about Stonehenge built in the UK more than 4000 years ago, but that route obviously involves the determination of seasons such as solar eclipse, sun etc or events of celestial bodies Indicates that.

The earliest Egyptian calendar [references] were based on the cycle of the moon, but later the Egyptians thought Canis Major's "dog star" (called Sirius) rise to the sun once a year every 365 days I noticed. . The Nile River has begun. Based on this knowledge, they designed a 365-day calendar that seems to be around 3100 BC (before the normal era). And it seems to be one of the earliest vintages recorded in history.

Prior to 2000 BC, the Babylonians (today's Iraq) used alternate years of 35 days a year, 29 days and 30 days a year. In contrast, the Maya in Central America not only rely on the sun and the moon, but also rely on the planet of Venus to make a calendar of 260 days and 365 days. This culture and the predecessor associated therewith are distributed throughout Central America between 2600 BC and 1500 BC and reached the peak between 250 AD and 900 AD. They left a record of the heavenly world. And they show that they believed that the creation of the world occurred in 3114 BC. Their calendar later became part of Aztec's wonderful calendar stone. In the current civilization, the 365 day solar calendar is adopted. This is done every four years (it is not divisible by 400 in the century).

Ancient Egyptian calendar and 24 hours have a big impact on modern society. The ancient Egyptians first made a calendar, and the calendar consistent with the sun and the season. Ancient Egyptians also had equipment to calculate day and night times. Other civilizations have improved the calendar over the years. Over the years, modern Egyptian scientists have connected tombs, tombs, temples, archeological excavations and other sources of information. Rise observations of the surviving Sirius provide information on the relationship between the Egyptian calendar and the events of ancient Egypt. Sothic Rising of Sirius is consistent with the beginning of the sun's year. This incident occurs only once in 1460. The period between Sothic Risings is called Sothic Cycle

essay.com/ancient The creation of the Egyptian calendar and 24 hours have had a major impact on modern society.

The creation of ancient Egyptian calendar and 24 hours had a big impact on modern society.

Central America's ancient civilization developed a complex calendar system based on overlapping periods. Aztec's calendar stone is a symbolic depiction of the four disasters that led to the collapse of the four previous universes in Aztec's cosmology. It also includes the layout of hieroglyphs and emoticons of how Aztec people measure time. This stone has myth and astronomical significance. This 15th century megalith was carved from 24 metric tons of basalt to form a 24-meter diameter, 4-foot disc. The sun is surrounded by several segmented rings, some are surrounded by hieroglyphs and show the division of the Aztec period.

A historical or mythical event of more than 52 years demands that ancient Maya use an additional calendar. The long count calendar is a system that calculates five periods. It is very similar to the Gregorian calendar system counting days, months, years, centuries, thousands of years. The Maya system is the same, but the difference is the name and size of the various cycles. Like Maya's math, the long count calendar system counts for 20 seconds. The exception is the third cycle. 18 × 20 (equal to 360) is not close to Haab cycle or 365 day sun cycle, rather than multiplying 20 × 20 equal to 400.