Discovering the tropics and re-discovering the temperates. A solar year of 365 or 366 days divided by a standard of 12 months is equal to 30 days and remainder 5 or 6 days. The remainder 5 or 6 days is called Pagume. But, fairly speaking, the economic model of Ethiopia and all other countries in the tropics is a model of 360 days in a year. Because, the economic model of Pagume is undiscovered. Undiscovered economics of Pagume is there is neither factors income nor income tax revenue during Pagume. Moreover, if there is factor income during Pagume there are no two complementary income tax schedules that use to plan,legislate, execute and audit income tax revenue from the broader and the broadest income tax bases (income of individual earned during 30 days of Nehase plus 5 or 6 days of Pagume). The government failurity to discover the Economics of Pagume is due to the fact that the concept of Pagume is known neither by any English dictionary nor by bilingual dictionary of English Amharic. As a result the Gregorian calendar seems to replace the Ethiopian calendar unnaturally and unscientifically. Therefore, both use of Ethiopian calendar only in the current Ethiopia and Gregorian calendar in the entire tropics are false.
Use of Ethiopian calendar only in the current Ethiopia is false because the circumference of the current Ethiopia cannot cover 24 hours. Use of Gregorian calendar in the tropics is false, because the longer variations of day and night is the slower rotations of the temperates which are revealed by the Gregorian calendar months were, are and will not recur in the tropics. Therefore, in addition ,we discovered that English is not time, it does know neither Pagume nor 12 months of 30 days. But Pagume does use English to reveal the tropics compared to the temperates. Therefore, it is 5 or 6 faster rotations of the tropics, when 6 to 10 or 11 of September is slower rotations of the temperates.
We also discovered that the image of Globe or Earth is on the hands of every individual and the eternity of Pagume 6. Finally we asserted that nothing is impossible about discovering the tropics and rediscovering the temperates.
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Pagume 6
ReplyDelete3 by 4 yearly and seasonal minutes & hours of Pagume 6
It is useful to know there are 3 categories of 4 years in the solar year system. Category one or A is the first year that new year begins on 1 Meskeram, when September is 12 in the Gregorian calendar. Category year two or B is two years in which each year has similar beginning and ending days. This means that in category year two, each year begins on 1 Meskeram, when September is 11 and ends on Pagume 5, when September is 10. Category year three or C is the leap year that ends on Pagume 6, when September is 11. The day Pagume 6 is registered on the Ethiopian calendar, when September is 12 in the Gregorian, once in every four year. Therefore, it is the source of 3 categories 4 years. When Pagume 6 ends on a leap year, the first category year begins on 1 Meskeram, when September is 12. Category A and B are year of 365 days each, and Category C is year of 366 days or leap year. Therefore, the process of 3 by 4 cyclical years is continues.
Moreover, In each solar year system there are four seasons. 4 seasons means the year is divided into four seasons. Beginning from the end of Sene 14 when the sun is overhead on the tropic of Cancer, the first season ends on Meskeram 13, when the sun is over head at the equator. Beginning from the end of Meskeram 13, the second season ends on Tahisas 12, when the sun is overhead at the tropic of Capricorn. Beginning from the end of Tahisas 12, the third season ends on Megabit 12, when the sun is overhead at the equator. Finally, beginning from the end of Megabit 12, the fourth season ends on Sene 14, when the sun is overhead at the tropic of Cancer. The names of these four seasons in the northern tropics are Kermit, Metsew, Bega and Tsedey, when they are called Bega, Tsedey, Kermit and Metsew in the south tropic respectively. The number of days each season has is different. Thus, 94 days of Kermit is the longest, 89 days of Metsew is the shortest, 90 days of Bega is the third and 92 days of Tsedey is the second in the north, when 94 days of Bega, 89 days of Tsedey, and 90 days of Kermit and 92 days of Metsew recur in the south tropic.
The fundamental questions are how many minutes or hours of the day Pagume 6 are in three categories of years of four seasons (Kermit, Metsew, Bega and Tsedey)?
Here; therefore, the objective is not to explain 3 categories of years or 4 seasons of each year, but to show how 24 hours or 1440 minutes of Pagume 6 is made from 3 categories of years by 4 seasons once in every four years. Therefore, the objective is to construct 3 categories of years by 4 season’s matrix. It is called matrix of the day Pagume 6 that shows how the day Pagume 6 is made once in every four years.
Week is a period of 7 days.There are 52 weeks in a year (7 days *52 weeks =364 days). Based on week measurement, 364 days is less than solar year of 365 or 366 days. What are the day and two days that left over from week in an ordinary and the leap year respectively? The answer is the day Pagume 5 in an ordinary year and Pagume 5 and 6 in a leap year are remainders of the week (according to the Ethiopian calendar of the Tropics).
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