Traditional Culture Encyclopedia - Weather forecast - The weather in Cape Town in February

Question 1:C

Question 2: A.

Question 3: A.

Test analysis:

Question 1: In Figure 1, the equator passes through the middle, indicating

The weather in Cape Town in February

Question 1:C

Question 2: A.

Question 3: A.

Test analysis:

Question 1: In Figure 1, the equator passes through the middle, indicating

The weather in Cape Town in February

Question 1:C

Question 2: A.

Question 3: A.

Test analysis:

Question 1: In Figure 1, the equator passes through the middle, indicating that it should be the African continent, and the updraft in the figure is the equatorial low pressure area. According to the topography of Africa, the northern Africa is low and the southern Africa is high. It is known that the equatorial low pressure belt moves to the north of the equator, so the time should be summer in the northern hemisphere, winter in the southern hemisphere and summer in the Bay of Bengal, where hurricanes raged and Bangladesh suffered floods. In the figure; C the tropical grassland is half a year in winter; The pressure belt and wind belt move northward; Therefore, animals should chase water and migrate northward on a large scale. In summer, influenced by the southwest monsoon, the water volume of Ganges River increases greatly, and the North Indian Ocean current flows clockwise. Cape Town is located in the southern hemisphere. At this time, affected by the westerly belt, it was rainy and rainy, and there were waves near the Cape of Good Hope. So choose C.

Question 2: After half a year, winter has arrived in the northern hemisphere. Island f is located at 35 N, and its temperature is higher than that of the mainland at the same latitude. The average continental 1 month temperature of 35 N is 0℃, so the temperature of F is higher than 0℃. Because of the difference between land and sea, the mainland forms high pressure. Under this effect, the northwest wind prevails, carrying water vapor in the western waters of F Island, and the west side is windward slope, with more precipitation. So choose a.

Question 3: The season shown in figure 1 is summer in the northern hemisphere, so the sun shines directly in the northern hemisphere. According to the direction of the earth's rotation, the upper part of the map is the South Pole, so when the earth revolves around the sun near the point A of the orbit, the sun shines directly into the northern hemisphere. So choose a.