Geography fill in the blank questions there is only one .

Great Wall Station The Great Wall Station was completed on February 1o, 1985 and is located in the south of King George Island, South Shetland, West Antarctica (62°12'59"s,58°57'52"w), the average altitude of the station area is 1o meters, and it is kilometers away from Beijing. The Great Wall Station has begun to take shape, there are 25 buildings of various kinds, construction area of 42oo square meters, 17 sets of various means of transportation, in addition to advanced communication equipment, comfortable living conditions, but also has a relatively complete laboratory, equipped with various instruments and equipment for scientific research. The Great Wall Station can accept 4o wintering expeditions and 8o summer expeditions every year.

Zhongshan Station. The Zhongshan Station was built on January 26, 1989 and is located in the Lasman Hills (69°22) on the East Antarctic continent'24"s,76°22'4o"e), the average altitude of the station area is 11 meters, and it is kilometers away from Beijing. Zhongshan Station has now begun to take shape, there are 15 buildings of various kinds, 19 sets of various means of transport with a construction area of 27oo square meters, in addition to advanced communication equipment and comfortable living conditions, it also has a relatively complete scientific laboratory, equipped with various instruments and equipment for scientific research.

Zhongshan Station can accept 25 wintering personnel and 6o summer personnel every year.

Being a geography teacher gives you an accurate answer:

So far, there are 4 of them.

There are 3 stations in Antarctica: Great Wall Station, Zhongshan Station and Kunlun Station, and 1 station in Arctic: Yellow River Station.

2 scientific research stations.

The Antarctic Great Wall Scientific Research Station named after the Great Wall of China and the Zhongshan Antarctic Scientific Research Station named after Dr. Sun Yat-sen.

Within the Polar Circle: Two at the South Pole and one at the North Pole. Beyond the Polar Circle: one at the South Pole and one at the North Pole.

That's a fraction of the score.

The process is refined, the efficiency is high, and there are many industrial centers.

The specific gravity is small and the level is high.

The system is perfect, the quality is excellent, and the pillar industry is a pillar industry.

United Kingdom, France.

United Kingdom, France, Italy.

**Diamond.

Petroleum, iron, copper, aluminum.

Coffee, dates, palm oil and bananas.

Primary agro-mineral products.

Angola, Nigeria.

Kenya. It's so tiring.

Turn clockwise, so the Southern Hemisphere.

The large dashed line represents the Tropic of Capricorn, so A is in the tropics.

The Antarctic Circle is the polar day, so the Northern Hemisphere is the winter solstice.

The Tropic of Capricorn is at an altitude of 90° from the Sun and decreases by 90° longitude from north to south, so the difference is six hours.

1.Southern Hemisphere (Rotation direction: North and South North. ）

2.Tropical (between the equator and the Tropic of Capricorn.) ）

3.Winter solstice (Antarctic Polar Day (looking at the picture should be the Polar Circle), the sun shines directly on the Tropic of Capricorn, which is roughly the winter solstice in the Northern Hemisphere. ）

4.The Tropic of Cancer is 90°, and the Tropic of Cancer decreases to the north and south (this ......According to the point of direct sunlight, there is not much to say. ）

5.6 hours (ab longitude difference is 90 °, the earth is around 24 hours, which is exactly 1 4 times. ）

1.According to the direction of rotation, it is clockwise and the southern hemisphere.

Between 0 23 and 26 s it is tropical.

3.You may not be able to draw accurately, the morning and dusk coil is tangent to the Antarctic Circle (that is, the innermost circle), then at this time the Antarctic Circle and its south appear polar day, then the Arctic Circle and its north of the polar night phenomenon, the northern hemisphere is the summer solstice.

4.From (180°, 23°26 N) to the north and south sides, the difference in accuracy between the two places is 90° 15° h, and the time difference between the two places is 90 15 6 hours.

Remember: South and North (the Earth rotates clockwise when you stand over the Southern Hemisphere, and the Earth rotates counterclockwise when you stand above the Northern Hemisphere), and you can see that this hemisphere is the Southern Hemisphere.

A is in the tropics (A is in between, the dotted line in the figure is the guide Tropic of Capricorn) Winter solstice (it can be seen from the figure that the Antarctic Circle is the polar day, indicating that the sun is directly shining in the southern hemisphere and at the Tropic of Capricorn) The noon solar height is distributed globally: the height of the sun decreases from the Tropic of Cancer to the poles A and B The time difference between the two places is 6 hours (the longitude is every 15°, the time difference is one hour, and the longitude difference between the two places is 90°, so the time difference is 6 hours).

.Southern Hemisphere (as seen in the direction of rotation).

2.Tropical (a sandwiched between the equator and the Tropic of Capricorn)3On the winter solstice (the polar day at the South Pole – the Polar Night at the North Pole) the Sun shines directly on the Tropic of Capricorn.

4.The sun shines directly on the Tropic of Capricorn, and the height of the sun decreases from the Tropic of Capricorn to the poles at noon. Polar night in the North Pole and polar day in Antarctica.

5.The time difference is 6 hours (the time difference is related to the meridian line, a b The difference in longitude between the two places is 90 degrees.) 15 degrees an hour, do the conversion. ）

The time zone of 75°W is: -75 15=-5

The time zone of Beijing is 120° east longitude, and the time zone is: 120 15=8p, and the time difference between Beijing and Beijing is: 8-(-5)=13

The camera shows an inaccurate time, it's time to adjust it, it's misleading us).

11 a.m.

Beijing East 8 District, P West 5 District, the middle difference is 13 hours, east plus west minus, 24-13 = 11

The p-place should be in the high latitudes.

Question 9: Grasp the "2:30 when the place of Q is in the stem" to extract useful information: Q is on the morning line, on the west side of the meridian at 6 o'clock and the difference longitude is on the east side of the meridian at 0 and the longitude is different, and then with the help of the solar light map, the correct answer can be obtained as d.

Question 10: Grasp the "q is located in the low latitude of the northern hemisphere" in the question stem to extract useful information: make a simple map of the sun illumination according to the month in the option, and then estimate the possible range of q on the morning (dusk) line according to the time to judge whether it meets the requirements of the low latitude of the northern hemisphere, and then you can choose answer a with the greatest likelihood.

Question 9, "2:30 a.m. in Q place", reasoned that the day length was 19 hours. The lower the latitude, the smaller the diurnal variation. The higher the latitude (except within the Polar Circle), the greater the amplitude of diurnal variation: only term d meets the requirements.

In fact, if you are familiar with the knowledge of the length of day and night at 20°, 40°, and 60° north and south latitudes reflected in the light map in the textbook "The Geographical Significance of the Earth's Revolution", this question is easier to answer accurately.

Question 10, although the test questions change the angle of the question, but the same knowledge points are examined. Just limit "q to the low latitudes of the northern hemisphere". We know that the lower the latitude, the smaller the variation in the length of day and night, and the closer to 6:

00 and 18:00, only item A meets the requirements, and the other three items are too different.

It can be inferred from the latitude of the Tropic of Cancer and the seasonal changes of the morning and dusk lines.

Many seemingly complex problems are deduced from the simplest principles and do not need to be memorized.