Weather system description error

(1) Specifically, the wind direction is from high pressure to low pressure, and the northern hemisphere deflects to the right. It is wrong that point A deflects to the left from high pressure to low pressure; Point B is from low pressure to high pressure, wrong; It is correct that point C deflects to the right from high pressure to low pressure; Point D flows from low pressure to high pressure and deflects to the left. Mistake.

(2) According to the numerical distribution of isobar in the figure, it can be judged that ② in Material 1 is called anticyclone weather system.

(3) From the point of airflow movement, the weather system is anticyclone; Weather system ① is a low-pressure center, where the central airflow rises, and it is easy to condense clouds and rain during the rising airflow, while weather system ② is a high-pressure center, where the central airflow sinks, the temperature rises during the sinking airflow, and the weather is fine. Compared with ① and ② in the figure, ② has a larger daily temperature difference.

(4) Wind power depends on the density of isobars. The denser the isobar, the stronger the wind. Compared with A and B in the picture, A is more windy.

(5) According to the data changes in the table, it can be judged that the weather system ① is a cold front, and the temperature drops and the pressure rises when the cold front passes.

(6) The cold air mass moves closer to the warm air mass, and the warm air mass is forced to rise, and there is cold front precipitation behind the front.

So the answer is:

( 1)C

(2) anticyclone

(3)②

(4) The isobars at AA are dense, and the horizontal pressure gradient force is large.

(5) During cold transit, the temperature drops and the air pressure rises.

(6)