On the second day of the winter solstice in 2020, Liang Hao is not good at the 99-99 timetable of 202 1.

On the second day of the winter solstice in 2020, the weather in Liang Hao is not good.

Lunar calendar: 2020 1 1 8th of the month.

Gregorian calendar: Tuesday, February 22, 2020 12, Capricorn.

Suitable for today ● Master Day (don't use it in large-scale activities)

Nakai got married and opened the market to pray for grace and forgiveness.

Sacrifice, set coupons, collect funds and build dams.

Today's taboo ● Go to Shuori (don't use it in large-scale activities)

Acupuncture relieves seeking medical treatment, going into households, separation and travel.

Moving column building house

According to the comprehensive contents of the Gregorian calendar, because this day belongs to the broken day of the first lunar month, the second day of the winter solstice in 2020 is not an auspicious day for Shangliang!

202 1 9' s 99 timetable

2021March 7 to 2021March 15

Day 1 day: 2021March 07.

The next day: March 8, 2026 5438+0

Day 3: March 9, 2026, 5438+0

Day 4: 202 1 March 10

Day 5: 202 1 March 1 1.

Day 6: 202 1 March 12

Day 7: 202 1 March 13

Day 8: 202 1 March 14

Day 9: 202 1 March 15

1929, dumb door (describing mouth) called dog (describing burping);

3949, frozen broken wheels;

5969, open the door and walk away;

The 79 river does not open, and the 89 geese come;

The Jiujiu River was severely frozen and the rice noodles were broken.

On the solar term time of solstice winter

Fighting finger, the yellow meridian of the sun? , for the winter solstice. The first month is the first month, 1 1 month is the second month, and the winter solstice is the 22nd of the 24 solar terms.

The winter solstice is usually the second day of Gregorian calendar 65438+February 2 1 or 65438+February 22. For example, the specific time of winter solstice in 2020: 65438+February 2 1, 18: 02.

Note: The average time method (used before 1645) does not consider the uneven speed of the sun moving on the ecliptic, which is different from the calculation method of the constant air method (used since 1645), and the specific intersection time of each solar term is also different.

Astronomically speaking, the solstice in winter is the turning point of the sun's southward travel. Because the earth is located near the perihelion near the winter solstice, its running speed is slightly faster, which leads to the time when the sun shines directly into the southern hemisphere is about 8 days shorter than that in the northern hemisphere, so the winter in the northern hemisphere is slightly shorter than that in summer.