Read the sun's light map as shown in the picture and answer this question. (1) At this time, the latitude of the direct point of the sun is _ _ _ _ _ _ _ _. The solar term of this day is _ _ _ _ _. (2

Read the sun's light map as shown in the picture and answer this question. (1) At this time, the latitude of the direct point of the sun is _ _ _ _ _ _ _ _. The solar term of this day is _ _ _ _ _. (2) At this time, point A is positive. (1) At this time, there is an extreme day in the Arctic Circle and its north. The solar term of this day is the summer solstice, and the sun is directly on the Tropic of Cancer with a latitude of 23 26 ′ n;

(2) The AC line in the picture is the dividing line (termination line) between day and night. Along the direction of the earth's rotation, from night to day is the morning line, AC line is the morning line, and all points are at sunrise;

(3) During the summer solstice, the height of the sun decreases from the tropic of cancer to the north and south sides at noon. Point A is on the tropic of cancer, and the highest height of the sun at noon is 90; Point B is on the equator, 23 26' latitude from the Tropic of Cancer; Point B is 90-23 26 ′ = 66 34 ′; And point C is on the Arctic Circle, the distance from the Tropic of Cancer.

-43 08′=46 52′;

(4) Time of the termination line and latitude circle: when the meridian where the tangent point is located passes through the equatorial region and is located in the daytime hemisphere, the meridian time is12; When the meridian at the tangent point passes through the equatorial region and is located in the night hemisphere, the meridian time is 24: 00 (0: 00), and the local time at point D is12;

(5) At point C, a day is extremely bright, and a day is 24 hours long.

So the answer is:

(1) 23 26' n Summer solstice?

(2) Sunrise

(3) Activity-based costing

(4) 12

(5)24