The cross sections below show different patterns of air movement in earths atmosphere. air temperatures at earths surface are indicated in each cross section. which cross section shows the most likely pattern of air movement in earths atmosphere that would result from the surface air temperatures shown

The "figure two" of the attached file shows the most likely pattern of air movement in Earths atmosphere that would result from the surface air Temperatures

Explanation:

The low pressure zone is created by the warmer air, when it increases. Then the cool air gets sinked as a result of which high pressure zone arises. Wind occurs when the air movement takes place between high and low pressure. Wind moves faster as a result of more difference in the pressure zones. Planets weather occurs because of convection. The movement of air through the Earth's or any planet or the atmosphere which is often termed as the wind. The earth's wind occurs due to uneven heating by the sun.  Uneven heating leads to change in atmospheric pressure and movement of wind from high pressure zone to low pressure zone.

answer: - b cells

explanation: -

there are many types of white blood cells present in our body. one such class of white blood cells are the lymphocytes. the b cells belong to the lymphocyte class of wbcs. the b cells perform their action against the pathogen by producing specialised proteins called as antibodies. these antibodies are produced as and when the b cells encounter pathogens in response to the antigens present on the surface of the pathogen. these antibodies bind to the antigens present on the pathogen and then, target them for destruction by other cells of the immune system.

so, the b cells mediate their action by identifying the antigens present on the surface of the pathogens and then producing antibodies in return to mediate its effect.

Cis your correct answer