The days are not short in winter!!

The days in winter are very short, and in the winter, the sun goes down very quickly, and the sun does not come out very late in the morning.

The days in winter, of course, are shorter. Winter is long nights and short days, while summer is long days and short nights.

Of course it's short! This is a matter of common sense, and junior high school geography should be exposed to this knowledge, the sun in winter shines directly on the Tropic of Capricorn, resulting in short days and long nights in the northern hemisphere, and the opposite in summer.

The days in winter are definitely short, as the saying goes, the summer solstice is short to winter, and the winter is cold, the days are shorter and the nights are longer.

In winter, the days are slightly shorter, the seasons alternate in summer, the days are the longest, and in winter, the days are the shortest, and the nights fall early.

In winter, the daylight hours are short, and the shortest night time is on the day of the winter solstice, but the daylight hours gradually become longer after the east solstice.

Because of the rotation of the earth, the days are shorter in winter. The days are long in the summer.

In winter, the days are short and the nights are long.

The days are short and the nights are long. In winter, the sun shines directly on the Tropic of Capricorn, the days are short and the nights are long in the northern hemisphere, while in the southern hemisphere, the earth's axis is always inclined to the orbital plane at an angle of 66 degrees and 34 minutes in the process of the earth's revolution around the sun. Due to the tilt of the Earth's axis, the height of the Sun at different points on the Earth's surface is different when the Earth is in different positions in orbit.

When the sun is high, the sun shines directly and the heat is concentrated, as if it were facing a furnace; Moreover, the path of the sun in the sky is long, the sunshine hours are long, the days are long and the nights are short, and the temperature is bound to be high, which is summer.

On the contrary, when the sun is at a low altitude, the sunlight hits the ground obliquely, and the heat is dispersed, which is equivalent to an oblique furnace; Moreover, the path of the sun in the sky is short, the sunshine hours are short, the days are short and the nights are long, and the temperature is low;

From winter to summer, the height of the sun changes from low to high. In the same way, changes in the height of the sun affect the length of days and nights and the level of temperature, forming autumn and spring, respectively.

Yes. The length of the day in summer is related to the tilt of the Earth's axis of rotation. Summer is the northernmost day of the year when the sun travels northward, the longest day of daylight in the Northern Hemisphere, and the day when the day exceeds the night.

However, the daylight hours in various places from north to south are showing a decreasing trend. This is due to the effect of the length of days and the shortness of the night caused by the tilt of the Earth's axis of rotation, which becomes more pronounced the closer to the two levels. On the day of the summer solstice, the sunrise direction of all locations on the earth, except for the South Pole and the polar night region within the Antarctic Circle, starts from the northeast and sets in the northwest.

The earth not only has a day and night hemisphere in space, but also, due to the rotation and revolution of the earth, the day and night hemispheres are constantly alternating with each other in time, so that each place is sometimes located in the day hemisphere and thus experiences daylight; Sometimes it is located in the night hemisphere, and thus experiences the night. This is called the alternation of day and night. The cycle of day and night, commonly known as the 1st day, is called the solar day, which is different from the sidereal daily waxing and waning rubber stocking.

The sidereal day is simply the cycle of the Earth's rotation, and the formation of the solar day is not only due to the Earth's rotation, but also the Earth's revolution, which is the period of the conjunction of the two.