When air is ___ this means atmospheric pressure is increasing.

Rising atmospheric air is a low pressure system, and this causes solubility of gases like oxygen in the ocean to ___.

Sinking atmospheric air is a high pressure system, and this causes solubility of gases like oxygen in the ocean to ___.

As temperature of water increases, the water gets hotter and it's ability to hold onto gases like oxygen ___.

As temperature of water decreases, the water gets colder and it's ability to hold onto gases like oxygen ___.

Water pressure increases the deeper you go in the water column, and this increase in water pressure ___ solubility of gases like oxygen.

Overall, the amount of dissolved oxygen in the ocean is present in ...

As salinity increases, the solubility of gasses like oxygen __.

As salinity decreases, the solubility of gasses like oxygen __.

Refer to the image. The white 'cotton puff' in the center of the ice cube shows you amounts of dissolved gases in the water. The ice cube that was made with cold water was:

Refer to the image. The white 'cotton puff' in the center of the ice cube shows you amounts of dissolved gases in the water. The ice cube that was made with warm water was:

Refer to the image. The white 'cotton puff' in the center of the ice cube shows you amounts of dissolved gases in the water. The ice cube that was made with room temperature water was:

Refer to the image. The white 'cotton puff' in the center of the ice cube shows you amounts of dissolved gases in the water. The ice cube that most closely resembles decreased air pressures is:

Refer to the image. The white 'cotton puff' in the center of the ice cube shows you amounts of dissolved gases in the water. The ice cube that most closely resembles increased air pressures is:

Refer to the image. The white 'cotton puff' in the center of the ice cube shows you amounts of dissolved gases in the water. The ice cube that most closely resembles high salinity water is

Refer to the image. The white 'cotton puff' in the center of the ice cube shows you amounts of dissolved gases in the water. The ice cube that most closely resembles low salinity water is

Refer to the image. The white 'cotton puff' in the center of the ice cube shows you amounts of dissolved gases in the water. The ice cube that most closely resembles warm water is

Refer to the image. The white 'cotton puff' in the center of the ice cube shows you amounts of dissolved gases in the water. The ice cube that most closely resembles cold water is

Refer to the image. The white 'cotton puff' in the center of the ice cube shows you amounts of dissolved gases in the water. The ice cube that most closely resembles increases water pressure from depth:

As water temperature increases, evaporation rates increase, and solubility of gasses like oxygen will decrease.

As water temperature increases, evaporation rates decrease, and solubility of gasses like oxygen will increase.

As water temperature decreases, evaporation rates decrease, and solubility of gasses like oxygen will increase.

Refer to the molecule shown. It's clearly a water molecule.

Refer to the molecule shown. It's clearly a magnesium sulfate molecule.

Refer to the molecule shown. It's clearly a calcium carbonate molecule.

The sodium ion in this covalent molecule lost an electron.

The chloride ion in this ionic molecule gained an electron.

This molecule is sulfur trioxide and it's covalently bonded

This molecule is sulfur dioxide and it's covalently bonded

This molecule is oxygen, and it's covalently bonded

This molecule is produced by photosynthesis and needed for respiration to take place