Select all of the answers that apply.

global air circulation cells move air

from low pressure to high pressure

clockwise in the northern hemisphere and counterclockwise in the southern hemisphere

from the equator to the poles

in different directions at different latitudes

randomly

The correct answer is from low pressure to high pressure and from clockwise in the Northern hemisphere and counterclockwise in the Southern hemisphere.

Explanation:

The worldwide system of winds by which the essential conduction of heat from tropical to polar latitudes is achieved is illustrated as the global circulation. The global air circulation moves air counterclockwise in the Southern hemisphere and clockwise in the Northern hemisphere. The global air circulation cells also move air towards the high pressure from the low pressure, however, but not in a distinct direction at distinct latitudes.

answer: - few nutrients

high pressure

low temperatures

explanation: 1. few nutrients:   open-ocean zone is located way far from the land, which is the main source of the essential nutrients.2. high pressure: pressure increases by 1 atmosphere for every 10 meters increase in depth.3. ample sunlight: a large fraction of the sunlight is reflected back to the atmosphere from the sea surface. 4. varying salinity: below the thermocline, the water is isolated from the atmosphere so the salinity remains stable over the year.5. low temperatures:   the temperature of open-ocean zone ranges from a low of -2°c to an average of 17°c

cellular respiration oxidizes food into energy in the form of atps.

glycolysis (6 c hexose) > 2x atps are used > 6c hexose biphosphate > 2 x 3c triphosphate >

2 x 3c pyruvate (2x nadh produced from nad) and (4x atp produced)

pyruvate actively pumped mitochondrial matrix.