The document summarizes the origins and histories of the 12 months in the Gregorian calendar. It discusses how each month got its name from Roman gods or meanings in Latin. It also describes how the order and lengths of the months have changed over time, particularly when the Roman calendar was reformed by Numa Pompilius around 700 BCE to add January and February, and again later by Julius Caesar.
January is the first month of the year and has 31 days. It is named after the Roman god Janus and was added to the Roman calendar around 713 BC. January begins astrologically in Capricorn and ends in Aquarius.
This document provides information about the month of August. It discusses that August is the eighth month of the year between July and September, with 31 days. In the Southern Hemisphere, August is equivalent to February in the Northern Hemisphere. August ends on the same day of the week as November every year. The month was originally called Sextilis in Latin and was renamed in Augustus' honor for his military victories.
August is the eighth month of the year between July and September. It has 31 days and in the Southern Hemisphere is the equivalent of February in the Northern Hemisphere. August was originally called Sextilis in the Roman calendar but was later renamed in honor of Augustus Caesar, who had several military triumphs during that month. Many people visit beaches in August to escape the summer heat.
The document describes the origins of the names of the months in the modern Gregorian calendar. January is named after Janus, the Roman god of doorways. The other winter months also have Roman or Latin origins, such as February coming from a Latin word meaning purification. The spring and summer months reference Greek and Roman mythology, being named after gods like Mars, Venus, and Juno or describing the seasons. September through December retained their numeric names from the original Roman calendar despite calendar reforms that added January and February earlier in the year.
The seven-day week originates from ancient Babylonian and Sumerian calendars from the 21st century BC. The Babylonians observed that it took the moon approximately 29.5 days to complete one cycle from full moon to full moon. They divided this lunar cycle into 29 or 30 days with 7-day weeks, adding extra days to the last week of the month as needed. The Romans named the days of the week after their gods, which corresponded to the seven classical planets - the sun, moon, Mercury, Venus, Mars, Jupiter, and Saturn. Many modern language weekday names are derived from their Latin and Germanic roots referring to these associated planets and gods.
This document provides an overview of different calendar systems used throughout history, with a focus on the Jewish calendar. It describes how the Jewish calendar is a lunisolar system that combines lunar and solar cycles to ensure religious festivals occur during the appropriate seasons. Key aspects of the Jewish calendar system include a 19-year cycle to keep months aligned with seasons, months alternating between 29 and 30 days, and adjustments to avoid certain holy days falling on Shabbat. The origins of the Jewish calendar are uncertain but it was formalized in the 400s CE and likely incorporated elements from the ancient Babylonian calendar during the Jewish exile in Babylon.
The Mayan calendar consisted of multiple dating systems used by the ancient Mayans, including the Calendar Round, Long Count Calendar, and Lunar Series. The Mayans were skilled astronomers and mathematicians who used glyphs and observations of the sky, including the sun, moon, and planet Venus, to track time and develop their complex calendars. Their calendars gave structure to religious and cultural events and predicted astronomical phenomena like the 2012 phenomenon associated with the Long Count Calendar.
The Romans dedicated New Year's Day to Janus, the god of beginnings, for whom January is named. After Julius Caesar reformed the calendar, the Roman Senate deified him on January 1st in honor of his new calendar. Some early New Year's celebrations had pagan roots. Most Western European countries officially adopted January 1st as New Year's Day before adopting the Gregorian calendar, though some used religious feast days instead, and England used March 25th until 1752.
The Romans counted days in their calendar backwards from important dates in the month rather than forwards from the first as we do today. They referred to dates as the number of days before the Kalendae (first of the month), the Nonae (5th/7th of the month depending on the month), or the Idus (13th/15th of the month depending on the month). So what we would call the 20th of January, Romans would call the 13th day before the first of February.
The Gregorian calendar is a solar calendar that is currently used worldwide. It was introduced in 1582 by Pope Gregory XIII as a modification of the Julian calendar to correct its small error in specifying the tropical year. The Gregorian calendar averages 365.2425 days per year via a rule that 3 years out of every 400 will not be leap years, keeping its drift from the vernal equinox at approximately 1 day every 3,030 years. It consists of 12 months with 28-31 days in a common year and 29 days in February of a leap year, which occurs when the year is divisible by 4, except for centennial years not divisible by 400.
The Coptic New Year, known as Nayrouz, commemorates martyrs and confessors in the Coptic Orthodox Church on September 11. This day marks both the start of the Coptic calendar's first month, Thout, and the Coptic new year. Nayrouz is derived from a Persian word meaning "the beginning of the year." The Coptic calendar was established during the Roman Emperor Diocletian's persecution of Christians from 284 AD, which saw torture and mass executions of believers in Egypt. The calendar uses the designation AM to refer to "Anno Martyrii," or "Year of the Martyrs," in the same way the Western calendar uses AD to designate
The document summarizes the origins of the names of the months and days of the week. It explains that the months of January, March, July and August are named after Roman gods. February comes from the Latin word for purity and May comes from the Roman goddess Maia. The days of the week originate from Norse and Roman gods, with Monday named for the moon, Tuesday for Tyr, Wednesday for Wodan, Thursday for Thor, Friday for Frigg and Saturday for Saturn.
Astronomy in india Astronomy is the study of objects seen in the sky.ssusera75aee
油
India, being a very old civilisation, had a strong tradition of
astronomy. Vedas and other religious texts speculated upon
many important questions of astronomy and cosmology.
These included questions relating to the origin of the universe,
though the discussion was couched in philosophical terms.
At the same time, there was a lot of activity in practical
astronomy which people needed in their daily lives. For
example, people needed to know when rains would come,
and they could sow their crops. They also needed to know
when they could celebrate marriages, and other ceremonies
and festivals. Besides, phenomena like the eclipses and
appearance of comets and shooting stars in the sky were
believed to bring misfortune to rulers and destruction from
wars, natural disasters like floods and earthquakes. Many
kings had, in fact, appointed astronomers to keep an eye
on the sky and report to them the occurrence of any such
astronomical events. Moreover, most people believed in
astrology which held that the motion of heavenly bodies
and the occurrence of natural phenomena had a profound influence on their destiny. So, it was necessary to follow the
motion of heavenly bodies and to track events like eclipses.
Astronomy in india Astronomy is the study of objects seen in the sky.ssusera75aee
油
India, being a very old civilisation, had a strong tradition of
astronomy. Vedas and other religious texts speculated upon
many important questions of astronomy and cosmology.
These included questions relating to the origin of the universe,
though the discussion was couched in philosophical terms.
At the same time, there was a lot of activity in practical
astronomy which people needed in their daily lives. For
example, people needed to know when rains would come,
and they could sow their crops. They also needed to know
when they could celebrate marriages, and other ceremonies
and festivals. Besides, phenomena like the eclipses and
appearance of comets and shooting stars in the sky were
believed to bring misfortune to rulers and destruction from
wars, natural disasters like floods and earthquakes. Many
kings had, in fact, appointed astronomers to keep an eye
on the sky and report to them the occurrence of any such
astronomical events. Moreover, most people believed in
astrology which held that the motion of heavenly bodies
and the occurrence of natural phenomena had a profound influence on their destiny. So, it was necessary to follow the
motion of heavenly bodies and to track events like eclipses.
The Mayan calendar, also known as the Long Count, is a complex system used by the Maya to track time based on astronomical observations and astrological significance. It contains three main elements - a base date of August 11, 3114 BC, grouping time into multiples of 13 and 20 like the 260-day cycle, and an astrological component. The Long Count precisely measures time in cycles, with the current cycle ending on December 21, 2012 when the winter solstice aligns with the Milky Way, an important date in Mayan mythology marking the end of the current world age and the precession cycle of around 25,695 years.
This document provides an overview of world history and historiography. It discusses the elements and periods of history, themes in the study of history, and important early historians from cultures around the world. Key figures mentioned include Herodotus, Thucydides, Xenophon, Cato the Elder, and Sima Qian. It also covers the development of historical thinking and standards, as well as calendars used in different eras and their role in writing history.
Dear Rotaractors,
this the 7th edition of fest-In. i like to thank you all for this great success of fest-In.
Thank you,
Rtr.Premalatha,
fest-In chairman
This document provides information about the four seasons - spring, summer, autumn, and winter. For each season, it discusses the technical definitions, dates, characteristics, and some additional fun facts. For example, it notes that spring refers to ideas of rebirth and renewal. It also shares that in Australia and New Zealand, summer officially begins on December 1st. The document aims to educate about the seasons from a global perspective, including differences in season dates and characteristics between the northern and southern hemispheres.
A Christmas tree is traditionally an evergreen conifer decorated with lights and ornaments that is associated with Christmas celebrations. The modern Christmas tree tradition began in 16th century Germany when devout Christians brought decorated trees into their homes and decorated them. By the 19th century, Christmas trees had spread beyond Germany and became popular among the upper classes in other parts of Europe and beyond. Today, Christmas trees are a widely celebrated symbol of Christmas in many Western Christian cultures.
Santa Claus originated from Christian traditions surrounding Saint Nicholas, a 4th century Greek bishop known for gift-giving. Over time, the legend of Santa merged with figures like Father Christmas from England and Sinterklaas from the Netherlands. Santa is now commonly depicted as a portly, joyous man in red with white fur trimmings who brings gifts on Christmas Eve. He lives at the North Pole making toys with elves and travels with reindeer to deliver presents worldwide in a single night. The modern image of Santa was largely popularized in the 19th century through poems, stories, and illustrations.
The Moon is a relatively large, terrestrial, planet-like natural satellite, with a diameter about one-quarter of Earth's. It is the largest moon in the Solar System relative to the size of its planet, although Charon is larger relative to the dwarf planet Pluto. The natural satellites of other planets are also referred to as "moons", after Earth's.
The gravitational attraction between Earth and the Moon causes tides on Earth. The same effect on the Moon has led to its tidal locking: its rotation period is the same as the time it takes to orbit Earth. As a result, it always presents the same face to the planet. As the Moon orbits Earth, different parts of its face are illuminated by the Sun, leading to the lunar phases; the dark part of the face is separated from the light part by the solar terminator.
Details of the EarthMoon system, showing the radius of each object and the EarthMoon barycenter. The Moon's axis is located by Cassini's third law.
Due to their tidal interaction, the Moon recedes from Earth at the rate of approximately 38 mm/yr. Over millions of years, these tiny modificationsand the lengthening of Earth's day by about 23 袖s/yradd up to significant changes.[221] During the Devonian period, for example, (approximately 410 Mya) there were 400 days in a year, with each day lasting 21.8 hours.[222]
The Moon may have dramatically affected the development of life by moderating the planet's climate. Paleontological evidence and computer simulations show that Earth's axial tilt is stabilized by tidal interactions with the Moon.[28] Some theorists think that without this stabilization against the torques applied by the Sun and planets to Earth's equatorial bulge, the rotational axis might be chaotically unstable, exhibiting chaotic changes over millions of years, as appears to be the case for Mars.[223]
Viewed from Earth, the Moon is just far enough away to have almost the same apparent-sized disk as the Sun. The angular size (or solid angle) of these two bodies match because, although the Sun's diameter is about 400 times as large as the Moon's, it is also 400 times more distant.[186] This allows total and annular solar eclipses to occur on Earth.
The most widely accepted theory of the Moon's origin, the giant-impact hypothesis, states that it formed from the collision of a Mars-size protoplanet called Theia with the early Earth. This hypothesis explains (among other things) the Moon's relative lack of iron and volatile elements and the fact that its composition is nearly identical to that of Earth's crust.[224]
Mkhitar Sebastatsi was an Armenian Catholic Church figure and Armenologist born in 1676 in Sebastia who founded the Mekhitarist Congregation. He studied at various monasteries in Armenia before traveling to Aleppo in 1693 where he met Catholic missionaries and was ordained a priest. In 1701, he founded the Mekhitarist Congregation in Constantinople and in 1705 obtained approval to build a monastery in Athens. He moved the congregation to Venice in 1715 to escape Turkish attacks. On St. Lazarus Island, he opened a school, translated works, and published books to educate Armenians while directing philological research. He died in 1749 having enriched Armenian
This document provides an overview of different calendar systems used throughout history, with a focus on the Jewish calendar. It describes how the Jewish calendar is a lunisolar system that combines lunar and solar cycles to ensure religious festivals occur during the appropriate seasons. Key aspects of the Jewish calendar system include a 19-year cycle to keep months aligned with seasons, months alternating between 29 and 30 days, and adjustments to avoid certain holy days falling on Shabbat. The origins of the Jewish calendar are uncertain but it was formalized in the 400s CE and likely incorporated elements from the ancient Babylonian calendar during the Jewish exile in Babylon.
The Mayan calendar consisted of multiple dating systems used by the ancient Mayans, including the Calendar Round, Long Count Calendar, and Lunar Series. The Mayans were skilled astronomers and mathematicians who used glyphs and observations of the sky, including the sun, moon, and planet Venus, to track time and develop their complex calendars. Their calendars gave structure to religious and cultural events and predicted astronomical phenomena like the 2012 phenomenon associated with the Long Count Calendar.
The Romans dedicated New Year's Day to Janus, the god of beginnings, for whom January is named. After Julius Caesar reformed the calendar, the Roman Senate deified him on January 1st in honor of his new calendar. Some early New Year's celebrations had pagan roots. Most Western European countries officially adopted January 1st as New Year's Day before adopting the Gregorian calendar, though some used religious feast days instead, and England used March 25th until 1752.
The Romans counted days in their calendar backwards from important dates in the month rather than forwards from the first as we do today. They referred to dates as the number of days before the Kalendae (first of the month), the Nonae (5th/7th of the month depending on the month), or the Idus (13th/15th of the month depending on the month). So what we would call the 20th of January, Romans would call the 13th day before the first of February.
The Gregorian calendar is a solar calendar that is currently used worldwide. It was introduced in 1582 by Pope Gregory XIII as a modification of the Julian calendar to correct its small error in specifying the tropical year. The Gregorian calendar averages 365.2425 days per year via a rule that 3 years out of every 400 will not be leap years, keeping its drift from the vernal equinox at approximately 1 day every 3,030 years. It consists of 12 months with 28-31 days in a common year and 29 days in February of a leap year, which occurs when the year is divisible by 4, except for centennial years not divisible by 400.
The Coptic New Year, known as Nayrouz, commemorates martyrs and confessors in the Coptic Orthodox Church on September 11. This day marks both the start of the Coptic calendar's first month, Thout, and the Coptic new year. Nayrouz is derived from a Persian word meaning "the beginning of the year." The Coptic calendar was established during the Roman Emperor Diocletian's persecution of Christians from 284 AD, which saw torture and mass executions of believers in Egypt. The calendar uses the designation AM to refer to "Anno Martyrii," or "Year of the Martyrs," in the same way the Western calendar uses AD to designate
The document summarizes the origins of the names of the months and days of the week. It explains that the months of January, March, July and August are named after Roman gods. February comes from the Latin word for purity and May comes from the Roman goddess Maia. The days of the week originate from Norse and Roman gods, with Monday named for the moon, Tuesday for Tyr, Wednesday for Wodan, Thursday for Thor, Friday for Frigg and Saturday for Saturn.
Astronomy in india Astronomy is the study of objects seen in the sky.ssusera75aee
油
India, being a very old civilisation, had a strong tradition of
astronomy. Vedas and other religious texts speculated upon
many important questions of astronomy and cosmology.
These included questions relating to the origin of the universe,
though the discussion was couched in philosophical terms.
At the same time, there was a lot of activity in practical
astronomy which people needed in their daily lives. For
example, people needed to know when rains would come,
and they could sow their crops. They also needed to know
when they could celebrate marriages, and other ceremonies
and festivals. Besides, phenomena like the eclipses and
appearance of comets and shooting stars in the sky were
believed to bring misfortune to rulers and destruction from
wars, natural disasters like floods and earthquakes. Many
kings had, in fact, appointed astronomers to keep an eye
on the sky and report to them the occurrence of any such
astronomical events. Moreover, most people believed in
astrology which held that the motion of heavenly bodies
and the occurrence of natural phenomena had a profound influence on their destiny. So, it was necessary to follow the
motion of heavenly bodies and to track events like eclipses.
Astronomy in india Astronomy is the study of objects seen in the sky.ssusera75aee
油
India, being a very old civilisation, had a strong tradition of
astronomy. Vedas and other religious texts speculated upon
many important questions of astronomy and cosmology.
These included questions relating to the origin of the universe,
though the discussion was couched in philosophical terms.
At the same time, there was a lot of activity in practical
astronomy which people needed in their daily lives. For
example, people needed to know when rains would come,
and they could sow their crops. They also needed to know
when they could celebrate marriages, and other ceremonies
and festivals. Besides, phenomena like the eclipses and
appearance of comets and shooting stars in the sky were
believed to bring misfortune to rulers and destruction from
wars, natural disasters like floods and earthquakes. Many
kings had, in fact, appointed astronomers to keep an eye
on the sky and report to them the occurrence of any such
astronomical events. Moreover, most people believed in
astrology which held that the motion of heavenly bodies
and the occurrence of natural phenomena had a profound influence on their destiny. So, it was necessary to follow the
motion of heavenly bodies and to track events like eclipses.
The Mayan calendar, also known as the Long Count, is a complex system used by the Maya to track time based on astronomical observations and astrological significance. It contains three main elements - a base date of August 11, 3114 BC, grouping time into multiples of 13 and 20 like the 260-day cycle, and an astrological component. The Long Count precisely measures time in cycles, with the current cycle ending on December 21, 2012 when the winter solstice aligns with the Milky Way, an important date in Mayan mythology marking the end of the current world age and the precession cycle of around 25,695 years.
This document provides an overview of world history and historiography. It discusses the elements and periods of history, themes in the study of history, and important early historians from cultures around the world. Key figures mentioned include Herodotus, Thucydides, Xenophon, Cato the Elder, and Sima Qian. It also covers the development of historical thinking and standards, as well as calendars used in different eras and their role in writing history.
Dear Rotaractors,
this the 7th edition of fest-In. i like to thank you all for this great success of fest-In.
Thank you,
Rtr.Premalatha,
fest-In chairman
This document provides information about the four seasons - spring, summer, autumn, and winter. For each season, it discusses the technical definitions, dates, characteristics, and some additional fun facts. For example, it notes that spring refers to ideas of rebirth and renewal. It also shares that in Australia and New Zealand, summer officially begins on December 1st. The document aims to educate about the seasons from a global perspective, including differences in season dates and characteristics between the northern and southern hemispheres.
A Christmas tree is traditionally an evergreen conifer decorated with lights and ornaments that is associated with Christmas celebrations. The modern Christmas tree tradition began in 16th century Germany when devout Christians brought decorated trees into their homes and decorated them. By the 19th century, Christmas trees had spread beyond Germany and became popular among the upper classes in other parts of Europe and beyond. Today, Christmas trees are a widely celebrated symbol of Christmas in many Western Christian cultures.
Santa Claus originated from Christian traditions surrounding Saint Nicholas, a 4th century Greek bishop known for gift-giving. Over time, the legend of Santa merged with figures like Father Christmas from England and Sinterklaas from the Netherlands. Santa is now commonly depicted as a portly, joyous man in red with white fur trimmings who brings gifts on Christmas Eve. He lives at the North Pole making toys with elves and travels with reindeer to deliver presents worldwide in a single night. The modern image of Santa was largely popularized in the 19th century through poems, stories, and illustrations.
The Moon is a relatively large, terrestrial, planet-like natural satellite, with a diameter about one-quarter of Earth's. It is the largest moon in the Solar System relative to the size of its planet, although Charon is larger relative to the dwarf planet Pluto. The natural satellites of other planets are also referred to as "moons", after Earth's.
The gravitational attraction between Earth and the Moon causes tides on Earth. The same effect on the Moon has led to its tidal locking: its rotation period is the same as the time it takes to orbit Earth. As a result, it always presents the same face to the planet. As the Moon orbits Earth, different parts of its face are illuminated by the Sun, leading to the lunar phases; the dark part of the face is separated from the light part by the solar terminator.
Details of the EarthMoon system, showing the radius of each object and the EarthMoon barycenter. The Moon's axis is located by Cassini's third law.
Due to their tidal interaction, the Moon recedes from Earth at the rate of approximately 38 mm/yr. Over millions of years, these tiny modificationsand the lengthening of Earth's day by about 23 袖s/yradd up to significant changes.[221] During the Devonian period, for example, (approximately 410 Mya) there were 400 days in a year, with each day lasting 21.8 hours.[222]
The Moon may have dramatically affected the development of life by moderating the planet's climate. Paleontological evidence and computer simulations show that Earth's axial tilt is stabilized by tidal interactions with the Moon.[28] Some theorists think that without this stabilization against the torques applied by the Sun and planets to Earth's equatorial bulge, the rotational axis might be chaotically unstable, exhibiting chaotic changes over millions of years, as appears to be the case for Mars.[223]
Viewed from Earth, the Moon is just far enough away to have almost the same apparent-sized disk as the Sun. The angular size (or solid angle) of these two bodies match because, although the Sun's diameter is about 400 times as large as the Moon's, it is also 400 times more distant.[186] This allows total and annular solar eclipses to occur on Earth.
The most widely accepted theory of the Moon's origin, the giant-impact hypothesis, states that it formed from the collision of a Mars-size protoplanet called Theia with the early Earth. This hypothesis explains (among other things) the Moon's relative lack of iron and volatile elements and the fact that its composition is nearly identical to that of Earth's crust.[224]
Mkhitar Sebastatsi was an Armenian Catholic Church figure and Armenologist born in 1676 in Sebastia who founded the Mekhitarist Congregation. He studied at various monasteries in Armenia before traveling to Aleppo in 1693 where he met Catholic missionaries and was ordained a priest. In 1701, he founded the Mekhitarist Congregation in Constantinople and in 1705 obtained approval to build a monastery in Athens. He moved the congregation to Venice in 1715 to escape Turkish attacks. On St. Lazarus Island, he opened a school, translated works, and published books to educate Armenians while directing philological research. He died in 1749 having enriched Armenian
Mariam is the Aramaic form of the biblical name Miriam, notably the name of Mary the mother of Jesus. The name originated from Egyptian or Hebrew roots and has been translated and interpreted in various ways over time. Modern given names derived from Maryam/Mariam are extremely frequent in Christian culture and also used in some Islamic cultures due to the Quranic tradition of Mary. There are many spelling variants of the name that have been adopted worldwide in different languages and traditions.
This document discusses Teachers' Day, including its origins in the 19th century to honor important educators, and how it is celebrated on different dates by different countries. Twenty-one countries celebrate Teachers' Day on October 5th, while eleven countries celebrate it on February 28th. The document also notes that Armenia previously celebrated Teachers' Day on the first Sunday of October but changed it to October 5th, and provides examples of dates and honorees for specific countries like Argentina and India. It concludes with the writer expressing love and appreciation for their Armenian and English teachers.
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2. The Month of January
January is the first month of the year in our modern day Gregorian calendar, and its
predecessor the Julian calendar. It consists of 31 days and the first day of the month is
known as New Years Day. It is named after the Roman god, Janus.
Naming January - Janus Month
January is named after the Roman god, Janus, the god of doors because this month is the
door to the year. The Roman god Janus represents all beginnings and possesses the ability
to see all things past and future.
History of January
The month of January was added to the Roman calendar by Numa Pompilius around 700
BCE so that the calendar would equal a standard lunar year of 355 days. January became
the first month of the year around 450 BCE, although March was originally the first month
of the year in the old Roman calendar. January originally consisted of 30 days when it was
added to the 10-month Roman calendar. However, a day was added making it 31 days long
in 46 BCE by Julius Caesar.
4. The Month of February
Naming February - Februum
February is the second month of the year in the Gregorian calendar and its predecessor,
the Julian Calendar, and is the only month that has less than 30 days. It was named after
the Latin word februum, which means purification because the month was a time for
purification.
History of February
The old Roman calendar considered winter a monthless period, thus it only consisted of
10 months. The month of February was added, along with January around 700 BCE by
Numa Pompilius so that the calendar would equal a standard lunar year of 355 days.
February became the second month of the year around 450 BCE, although it was
originally the last month of the year in the old Roman calendar. February was shortened
to either 23 or 24 days at certain intervals in the Roman calendar, in which a 27 day
intercalary month was inserted after February to realign the year with the seasons.
During the Julian calendar reform, the intercalary month was abolished and leap years
were added every fourth year thus February gained a 29th day in leap years.
6. The Month of March
Naming March - Mars Month
March is the third month of the year in both the Gregorian calendar and its
predecessor, the Julian calendar. It was named after the Roman god of war, Mars.
History of March
March was originally the first month of the year in the Roman calendar because of
its association with the first day of spring. The vernal or March equinox falls during
this month between the 19th and 21st. March also marked a time when war
would resume after the long winter months.
January became the first month of the calendar year around 700 BCE. Although
January 1st is New Years Day, many cultures and religions still celebrate the
beginning of the New Year in March.
8. The Month of April
April is the fourth month of the year, has 30 days, and is named after the Greek goddess
Aphrodite.
Naming April - Aphrodites Month
April is the fourth month of the year in the Gregorian calendar and its predecessor,
the Julian calendar. Its name is derived from the latin word aperit, which means to open.
It is considered that April is the month of the growing season and when trees and flowers
begin to open. It is also believed that the months name is named after the Greek
goddess, Aphrodite (Aphros).
History of April
April was originally the second month of the year in the Roman calendar and consisted of
30 days. It became the fourth month consisting of only 29 days when January was
designated the first month of the year around 450 BCE. April became 30 days long again
when Julius Caesar reformed the calendar.
10. The Month of May
May is the fifth month of the year, has 31 days, and is named after the Greek
godess Maia.
Naming May - Maias Month
May is the fifth month of the year in the Gregorian calendar and its
predecessor, the Julian calendar. It is named after the Greek
goddess, Maia who is also identified with the Roman goddess of fertility,
Bona Dea.
History of May
May was originally the third month of the year in the Roman calendar and
consisted of 31 days. It became the fifth month when the
months January and February were added to the calendar.
12. The Month of June
Naming June - Junos Month
June is the sixth month of the year in the Gregorian calendar and its predecessor,
the Julian calendar. It is believed that the month is named after the Roman goddess
Juno, who is the wife of Jupiter and is also equivalent to the Greek goddess Hera.
Another belief is that the months name comes from the Latin work iuniores which
means younger ones.
History of June
June was originally the fourth month of the year in the Roman calendar and
consisted of 30 days. It became the fifth month with a length of 29 days when Numa
reformed the Roman calendar. During the Julian reform, June was given a length of
30 days again.
14. The Month of July
Naming July - Julius Caesars Month
July is the seventh month of the year in the Gregorian calendar and its predecessor,
the Julian calendar. The month of July was previously called Quintilis in Latin since it
was the fifth month in the ancient Roman calendar. The name of the month was
changed to July in honor of Julius Caesar during the Julian calendar reform.
History of July
July was originally Quintilis, the fifth month of the year in the Roman calendar and
always consisted of 31 days. It was changed around 450 BCE when January became
the first month of the year. It was later changed to honor Julius Caesar during the
Julian calendar reform in 44 BCE.
16. The Month of August
Naming August - Augustus Caesar
August is the eighth month of the year in the Gregorian calendar and its
predecessor, the Julian calendar. The month of August was originally named Sextilis
in Latin since it was the sixth month in the ancient Roman calendar. The name of the
month was changed to August in honor of Augustus Caesar in 8 BCE.
History of August
August was originally Sextilis, the sixth month in the Roman calendar and consisted
of 31 days. It became the eighth month with a length of 29 days around 700 BCE
when January and February were added to the year. Julius Caesar added two days to
the month around 45 BCE. It was later renamed to honor Augustus Caesar in 8 BCE.
18. The Month of September
Naming September
September is the ninth month of the year in the modern day Gregorian calendar and its
predecessor, the Julian calendar. The month kept its original name from the Roman
calendarin which septem means seven in Latin marking it as the seventh month.
September was named during a time when the calendar year began with March, which is
why its name no longer corresponds with its placement in the Julian and Gregorian
calendars.
History of September
September was the seventh month that had a length of 30 days in the Roman calendar. It
became the ninth month with a length of 29 days when King Numa Pompilius reformed
the calendar and added the months of January and February around 700 BCE. Julius
Caesar added one day to the month making it 30 days long during the Julian
calendar reform.
20. The Month of October
Naming October - The Eighth Month
October is the tenth month of the year in the modern day Gregorian calendar and its
predecessor, the Julian calendar. The month kept its original name from the Roman
calendar in which octo means eight in Latin marking it the eighth month of the year.
October was named during a time when the calendar year began with March, which is
why its name no longer corresponds with its placement in the Julian and Gregorian
calendars.
History of October
October was originally the eighth month of the Roman calendar. It always had a length of
31 days and became the tenth month of the year when King Numa Pompilius reformed
the calendar and added the months of January and February around 700 BCE.
22. The Month of November
Naming November
November is the 11th month of the year in the modern day Gregorian calendar and its
predecessor, the Julian calendar. The month kept its original name from the
Latin novemmeaning nine which marked it the 9th month of the year in the Roman
calendar.
November was named during a time when the calendar year began with March, which
is why its name no longer corresponds with its placement in the Julian and Gregorian
calendars.
History of November
November was originally the 9th month of the Roman calendar and consisted of 30
days. It became the 11th month of the year with a length of 29 days when King Numa
Pompilius reformed the calendar and added the months
of January and February around 700 BCE. During the Julian calendar reform, a day was
added to November making it 30 days long again.
24. The Month of December
December Means Tenth
December is the twelfth and last month of the year in the modern day Gregorian
calendar and its predecessor, the Julian calendar. The month kept its original name from
the Latin word decem meaning ten which marked it as the tenth month of the year in
the Roman calendar.
December was named during a time when the calendar year began with March, which is
why its name no longer corresponds with its placement in the Julian and Gregorian
calendars.
History of December
December was originally the last month of the Roman calendar since the winter period
was not assigned months. It originally consisted of 30 days, but its length was shortened
to 29 days when King Numa Pompilius reformed the calendar and added the months
of January and February around 700 BCE. During the Julian calendar reform, two days
were added to December making it 31 days long.