(2006? Shanghai) Read the following information and answer the question. The Shenzhou VI spacecraft was in Beijing at 9: 00 on June 12, 2005 (

(1) This question mainly examines the comparison between the height of the sun at noon and the length of the day. In June 10, 12, that is, in the winter half year in the northern hemisphere, the sun is directly south of the equator, and Jiuquan is farther away from the direct latitude than Shanghai, so the height of the sun is smaller at noon. At this time, the days in the northern hemisphere get shorter and the nights get longer, and the days get shorter as the latitude goes higher. The latitude of Jiuquan is higher than that of Shanghai, so the days are shorter. Shanghai is east of Jiuquan, and the days are longer, so the sunrise in Shanghai is earlier. The comprehensive results are as follows: Compared with Shanghai, Jiuquan has shorter midday sun height, shorter daylight and later sunrise in June 65438+1October 65438+February.

So choose B.

(2) This question mainly investigates the global date distribution. The range of the new day is from 0: 00 to 180 east longitude. When Shenzhou VI spacecraft was launched, Beijing time 12 years1October 65438+9: 00, local time 180+02. West 1 Time zone is 12 years 10 month1:00; The longitude of the west boundary of West Zone 1 is 22.5 W, so the date from 22.5 W to 180 is the same day, and the date from 22.5 W to 180 is 10.

So choose C.

(3) When the Shenzhou VI capsule landed safely in Inner Mongolia, it was 65438+4: 32 Beijing time 171October. At this time, after the autumnal equinox, the direct point of the sun has moved from the equator to the southern hemisphere. Therefore, option d is correct.

At this time, at 4: 32 Beijing time, the time difference between the direct point 12 is 7 hours and 28 minutes, and the east longitude 120 here is the west longitude 128, so the direct point is in the western hemisphere, and option b is correct.

So choose BD.

(4) Drawing (draw the parallel lines of line ① from the direct sunlight point 50S- 100S)

Therefore, as shown in the figure.