Ethiopian calendar belongs to whom pagume 6 unity university and fassil tassewFassil
The law of Pagume 6 is a rule that brings three categories of four years. Category one is the first year that New Year begins on Meskeram 1 and ends on Pagume 5 in the Tropics, when equal number of days of the year (September 12 to September 10) recurs in the Temperates.
Category two is there are two years (the 2nd and 3rd) which have similar beginning and ending days. Each year begins on Meskeram 1 and ends on Pagume 5 in the Tropics, when the same number of days of the year (September 11 to September 10) recurs in the Temperates.
Category three is the leap year that begins on Meskeram 1 and ends on Pagume 6, when an equal number of days of leap year (September 11 to September 11) recur in the Temperates.
Category three is the year of the day Pagume 6. Therefore, the day Pagume 6 is the greatest day of our universe, because it is made from the sum of four quarter days and does recur and included once in every four years. This means that the complete cycle of three categories of four years ends when the day Pagume 6 ends in the Tropics, when 11 September does recur and ends in the Temperates. Moreover, the day Pagume 6 is the greatest days of our universe because of the fact that both man made clock and calendar do not know it over 1460 days. As a result both manmade clock and calendar do only know Pagume 6 once in every four years or at the day when the total number of days of four years is equal to 1461.
Three categories of four years consist of 3 of 365 days and one of 366 days. Pagume, in every three categories of four years, has 21 days (=3 of 5 days and 1 of 6 days). . The sum of 3 of 5 and 1 of 6 is equal to 21 days.
Ethiopian calendar and Gregorian calendar are compared. They are compared because each of them are made from the image of sun and earth. Ethiopian calendar is the image of Tropics and sun, when the Gregorian calendar is the image of Temperates and sun. year is the number of days that takes the earth to make one complete round around the sun, and it takes about 365.25 days. Man makes a year to have 365 days for three consecutive years and 366 days once in every four year.
Sene 14 and June 21 are called unlike days of the Tropics and TemperatesFassil
The beauty of daylight and night: The night is the time when everything is dark. The daylight is the time when the sun is in the sky. The beauty of day and night refers to 24 hours of earth is divided into 12 hours of daylight and 12 hours of night. The diagonal line that connects 66.5°EN and 246.5°WS is called daylight line that divides 24 hours of the day into 12 hours daylight and 12 hours night on the day when the sun is overhead on the Tropic of Cancer.
Ethiopian calendar belongs to whom pagume 6 unity university and fassil tassewFassil
The law of Pagume 6 is a rule that brings three categories of four years. Category one is the first year that New Year begins on Meskeram 1 and ends on Pagume 5 in the Tropics, when equal number of days of the year (September 12 to September 10) recurs in the Temperates.
Category two is there are two years (the 2nd and 3rd) which have similar beginning and ending days. Each year begins on Meskeram 1 and ends on Pagume 5 in the Tropics, when the same number of days of the year (September 11 to September 10) recurs in the Temperates.
Category three is the leap year that begins on Meskeram 1 and ends on Pagume 6, when an equal number of days of leap year (September 11 to September 11) recur in the Temperates.
Category three is the year of the day Pagume 6. Therefore, the day Pagume 6 is the greatest day of our universe, because it is made from the sum of four quarter days and does recur and included once in every four years. This means that the complete cycle of three categories of four years ends when the day Pagume 6 ends in the Tropics, when 11 September does recur and ends in the Temperates. Moreover, the day Pagume 6 is the greatest days of our universe because of the fact that both man made clock and calendar do not know it over 1460 days. As a result both manmade clock and calendar do only know Pagume 6 once in every four years or at the day when the total number of days of four years is equal to 1461.
Three categories of four years consist of 3 of 365 days and one of 366 days. Pagume, in every three categories of four years, has 21 days (=3 of 5 days and 1 of 6 days). . The sum of 3 of 5 and 1 of 6 is equal to 21 days.
Ethiopian calendar and Gregorian calendar are compared. They are compared because each of them are made from the image of sun and earth. Ethiopian calendar is the image of Tropics and sun, when the Gregorian calendar is the image of Temperates and sun. year is the number of days that takes the earth to make one complete round around the sun, and it takes about 365.25 days. Man makes a year to have 365 days for three consecutive years and 366 days once in every four year.
Sene 14 and June 21 are called unlike days of the Tropics and TemperatesFassil
The beauty of daylight and night: The night is the time when everything is dark. The daylight is the time when the sun is in the sky. The beauty of day and night refers to 24 hours of earth is divided into 12 hours of daylight and 12 hours of night. The diagonal line that connects 66.5°EN and 246.5°WS is called daylight line that divides 24 hours of the day into 12 hours daylight and 12 hours night on the day when the sun is overhead on the Tropic of Cancer.
PREDICTING MATURITY DATES OF CONSTANTLY KNOWN.pptxFassil
The general economic problem is two of the four necessary strategic interest income tax objects per marginal maturity dates of Kermpt & Bega Pagume 6 & Summer & Winter September 11 involving budget cycle are (1) 1461 symmetrically recorded interest income tax days (gifts of nature) and (2) 1461 symmetrically recorded interest income tax base (value of individuals interest income in birr is as the difference between income of maturity date and due date) known neither theoretically nor practically in Ethiopia and in the rest of the world. Because the following four specific the metric system theories and measurements problems are set by the west-north narrow-cold land 2 astronaut and scientist. First, the Earth always rotates west to east per 23 hours, 56 minute & 4 seconds. That is a measure of day. An hour has 60 minutes and a minute has 60 Seconds are not derived from nature. Besides, they said units of measurements meter, gram and second are not derived from nature. Second, the Earth takes 365.242 days to make one complete Revolution around the Sun on its orbit that measures a year. Third, if the Earth always rotates west to east how will only four symmetrical extreme seasons of the year called summer & winter, autumn & Spring, winter & summer, and autumn & spring regularly begin on June 21, Sep 23, Dec 21 and March 21. They said inclination of the Earth from its axis by 23.5 degree and it's a revolution as the cause of these extreme seasons. Four, they said in the leap year Pagume 5 changes to Pagume 6 in the Ethiopian calendar, and February 28 changes to 29 in the Gregorian calendar. Objectives of the study are to determine why what where and when are four symmetrical weather conditions of moderate and extreme seasons recurring, to explore maturity dates of Kermpt & Bega Sene 15, 2026 and Summer & Winter June 22, 2024 category one AM and AD, to determine the theirs symmetrical motions, to construct and predict 4 by 7 maturity dates and derive & set seven symmetrically recorded units of measurements. I use the most experimental and statistical scientific methods of acquiring new knowledge attitude and skill fundamentally derived and unrecorded units of measurements called marginal moments of Kermpt & Bega Pagume 6 and Summer & Winter September 11. Besides, I used the motions formula that average symmetrical speed is distance in meters divided by the total mean solar seconds. Major results and discussions are such that (i) Kermpt & Summer and Winter & Bega, (ii) Metsew & Autumn and Tseday & Spring, (iii) Bega & winter and Kermpt & Summer, and (iv) Tseday & Spring and Metsew & Autumn (four symmetrically weather conditions of moderate and extreme seasons of the year) are recurring in the 3&2 and 4&5 vertically & horizontally and inversely vertical & horizontal forward and backward wide-hot and narrow-cold lands that regularly begin on Sene 15 & June 22, Meskerem 14 & September 24, Tahisas 13 & December 22, Megabit 13 & March 22 and Sene 14 & June
Faster moments of pagume 6 and slower moments of september 11 reveal 24 hours...Fassil
Faster moments of Pagume 6 and date of any month of Amete Mehret are always new in the Tropics, where slower moments of September 11 and any date of Anno Domini are always new in the Temperates.
Only four-extreme-seasons-of-north-temperates-is-neither-natural-nor-scientificFassil
We are in the process of making new worlds. Four symmetrical moderate and extreme seasons recur per year, because sun divides an Earth into four orbits and six daylight zones.Four orbits are East-North, West-North, West-South and East-South from the center of Sun. The first four symmetrical seasons: Kermpt and Bega are are recurring in zone 3 and 4, where simultaneously Summer and Winter are recurring in zone 2 and 5 when we are traveling in the East-North orbit.
Only four extreme seasons of north temperate is neither natural nor scientificFassil
What, where, when, why and how four symmetrical scarce resources of moderate and extreme seasons are recurring, being utilized, recorded and predicted per marginal 59.137577 seconds of Pagume 6 & September 11?
Sun does divide an earth into six daylight zones ( from the equator) and four orbits: east north, west north, west south and east south (from the center of sun).
Sun divides orbit of earth into four parts.
1) Orbit of East North: summer, Kermpt, Bega and winter are simultaneously recurring in zone 2, 3, 4 and 5.
2) Orbit of West North: autumn, Metsew, Tseday and spring are simultaneously recurring in zone 2, 3, 4 and 5.
3) Orbit of West south: winter, Bega,Kermpt, and summer are simultaneously recurring in zone 2, 3, 4 and 5.
4) Orbit of East South: spring, Tseday, Metsew and autumn are simultaneously recurring in zone 2, 3, 4 and 5.
Moments of 28 Amete Mehret is called marginal week of Pagume 6, where simultaneously moments of 28 Anno Domini is called marginal week of September 11. Please learn and apply their names from the attached power point.
The vertical diagonal summation of daylight and night is 24 hours which invol...Fassil
The vertical diagonal summation of east north and south daylight and night; and west north and south night and daylight gives calendar day of each places.
The First Three categories of four years involve 4 by 7 matrix. Category one is the set contains {0, 4, 8, ...24},
Category two of the first contains {1, 5, 9, ...25}
Category two of the second contains {2,6,10...26} and
Category three contains the set {3,7,11,...,27}
PREDICTING MATURITY DATES OF CONSTANTLY KNOWN.pptxFassil
The general economic problem is two of the four necessary strategic interest income tax objects per marginal maturity dates of Kermpt & Bega Pagume 6 & Summer & Winter September 11 involving budget cycle are (1) 1461 symmetrically recorded interest income tax days (gifts of nature) and (2) 1461 symmetrically recorded interest income tax base (value of individuals interest income in birr is as the difference between income of maturity date and due date) known neither theoretically nor practically in Ethiopia and in the rest of the world. Because the following four specific the metric system theories and measurements problems are set by the west-north narrow-cold land 2 astronaut and scientist. First, the Earth always rotates west to east per 23 hours, 56 minute & 4 seconds. That is a measure of day. An hour has 60 minutes and a minute has 60 Seconds are not derived from nature. Besides, they said units of measurements meter, gram and second are not derived from nature. Second, the Earth takes 365.242 days to make one complete Revolution around the Sun on its orbit that measures a year. Third, if the Earth always rotates west to east how will only four symmetrical extreme seasons of the year called summer & winter, autumn & Spring, winter & summer, and autumn & spring regularly begin on June 21, Sep 23, Dec 21 and March 21. They said inclination of the Earth from its axis by 23.5 degree and it's a revolution as the cause of these extreme seasons. Four, they said in the leap year Pagume 5 changes to Pagume 6 in the Ethiopian calendar, and February 28 changes to 29 in the Gregorian calendar. Objectives of the study are to determine why what where and when are four symmetrical weather conditions of moderate and extreme seasons recurring, to explore maturity dates of Kermpt & Bega Sene 15, 2026 and Summer & Winter June 22, 2024 category one AM and AD, to determine the theirs symmetrical motions, to construct and predict 4 by 7 maturity dates and derive & set seven symmetrically recorded units of measurements. I use the most experimental and statistical scientific methods of acquiring new knowledge attitude and skill fundamentally derived and unrecorded units of measurements called marginal moments of Kermpt & Bega Pagume 6 and Summer & Winter September 11. Besides, I used the motions formula that average symmetrical speed is distance in meters divided by the total mean solar seconds. Major results and discussions are such that (i) Kermpt & Summer and Winter & Bega, (ii) Metsew & Autumn and Tseday & Spring, (iii) Bega & winter and Kermpt & Summer, and (iv) Tseday & Spring and Metsew & Autumn (four symmetrically weather conditions of moderate and extreme seasons of the year) are recurring in the 3&2 and 4&5 vertically & horizontally and inversely vertical & horizontal forward and backward wide-hot and narrow-cold lands that regularly begin on Sene 15 & June 22, Meskerem 14 & September 24, Tahisas 13 & December 22, Megabit 13 & March 22 and Sene 14 & June
Faster moments of pagume 6 and slower moments of september 11 reveal 24 hours...Fassil
Faster moments of Pagume 6 and date of any month of Amete Mehret are always new in the Tropics, where slower moments of September 11 and any date of Anno Domini are always new in the Temperates.
Only four-extreme-seasons-of-north-temperates-is-neither-natural-nor-scientificFassil
We are in the process of making new worlds. Four symmetrical moderate and extreme seasons recur per year, because sun divides an Earth into four orbits and six daylight zones.Four orbits are East-North, West-North, West-South and East-South from the center of Sun. The first four symmetrical seasons: Kermpt and Bega are are recurring in zone 3 and 4, where simultaneously Summer and Winter are recurring in zone 2 and 5 when we are traveling in the East-North orbit.
Only four extreme seasons of north temperate is neither natural nor scientificFassil
What, where, when, why and how four symmetrical scarce resources of moderate and extreme seasons are recurring, being utilized, recorded and predicted per marginal 59.137577 seconds of Pagume 6 & September 11?
Sun does divide an earth into six daylight zones ( from the equator) and four orbits: east north, west north, west south and east south (from the center of sun).
Sun divides orbit of earth into four parts.
1) Orbit of East North: summer, Kermpt, Bega and winter are simultaneously recurring in zone 2, 3, 4 and 5.
2) Orbit of West North: autumn, Metsew, Tseday and spring are simultaneously recurring in zone 2, 3, 4 and 5.
3) Orbit of West south: winter, Bega,Kermpt, and summer are simultaneously recurring in zone 2, 3, 4 and 5.
4) Orbit of East South: spring, Tseday, Metsew and autumn are simultaneously recurring in zone 2, 3, 4 and 5.
Moments of 28 Amete Mehret is called marginal week of Pagume 6, where simultaneously moments of 28 Anno Domini is called marginal week of September 11. Please learn and apply their names from the attached power point.
The vertical diagonal summation of daylight and night is 24 hours which invol...Fassil
The vertical diagonal summation of east north and south daylight and night; and west north and south night and daylight gives calendar day of each places.
The First Three categories of four years involve 4 by 7 matrix. Category one is the set contains {0, 4, 8, ...24},
Category two of the first contains {1, 5, 9, ...25}
Category two of the second contains {2,6,10...26} and
Category three contains the set {3,7,11,...,27}