Text B. The Exchange of Gases in th

Text B. The Exchange of Gases in the Lungs
The exchange of gases takes place in the alveoli of the lungs. Oxygen passes into the blood and carbon dioxide passes into the atmospheric air.
The exchange of oxygen and carbon dioxide is due to the difference of partial (парциальное) pressure of these gases in the alveolar air and in the venous blood.
The partial pressure of oxygen in the alveolar air is higher than in the venous blood. The transfer of oxygen from the atmospheric air into the blood is due to this difference of pressures.
The partial pressure of carbon dioxide is higher in the venous blood and this enables carbon dioxide to pass from the blood into alveolar air.
The process of transfer of gases into the medium (среда) with a lower partial pressure is called diffusion. Hemoglobin is that substance of the blood which transfers oxygen in the blood. The oxygen capacity of the blood averages to 18-20 millilitres (ml) per 100 gr of blood. Carbon dioxide is transferred in combination with hemoglobin and as bicarbonic salts.
The combination of oxygen and hemoglobin is called oxyhemoglobin, that of carbon dioxide and hemoglobin — carbohemoglobin.

Результаты (английский) 1:

Text B. The Exchange of Gases in the LungsThe exchange of gases takes place in the alveoli of the lungs. Oxygen passes into the blood and carbon dioxide passes into the atmospheric air.The exchange of oxygen and carbon dioxide is due to the difference of partial (partial) pressure of these gases in the alveolar air and in the venous blood.The partial pressure of oxygen in the alveolar air is higher than in the venous blood. The transfer of oxygen from the atmospheric air into the blood is due to this difference of pressures.The partial pressure of carbon dioxide is higher in the venous blood and this enables carbon dioxide to pass from the blood into the alveolar air.The process of transfer of gases into the medium (Wednesday) with a lower partial pressure is called diffusion. Hemoglobin is that substance of the blood which transfers oxygen in the blood. The oxygen capacity of the blood averages to 18-20 millilitres (ml) per 100 gr of blood. Carbon dioxide is transferred in combination with hemoglobin and as bicarbonic salts.The combination of oxygen and hemoglobin, oxyhemoglobin is called that of the carbon dioxide and hemoglobin is carbohemoglobin.

Результаты (английский) 2:

B. The Exchange Text of Gases in the Lungs
The exchange of gases takes place in the alveoli of the lungs. Oxygen passes into the blood and carbon dioxide passes into the atmospheric air.
The exchange of oxygen and carbon dioxide is due to the difference of partial (partial) pressure of these gases in the alveolar air and in the venous blood.
The partial pressure of oxygen in the alveolar air is higher than in the venous blood. The transfer of oxygen from the atmospheric air into the blood is due to this difference of pressures.
The partial pressure of carbon dioxide is higher in the venous blood and this enables carbon dioxide to pass from the blood into alveolar air.
The process of transfer of gases into the medium (Wednesday) with a lower partial pressure is called diffusion. Hemoglobin is that substance of the blood which transfers oxygen in the blood. The oxygen capacity of the blood averages to 18-20 millilitres (ml) per 100 gr of blood. Dioxide is transferred Carbon in combination with hemoglobin and as bicarbonic salts.
The combination of oxygen and hemoglobin is called oxyhemoglobin, that of carbon dioxide and hemoglobin - carbohemoglobin.

Результаты (английский) 3:

text b the exchange of gases in the Lungs
exchange of gases takes place in the alveoli of the lungs. oxygen passes into the blood and carbon dioxide passes into the atmospheric air.
the exchange of carbon dioxide on struggles and is due to the difference of the partial (partial) pressure of the gases in the air and in the venous as blood. "the partial pressure of on struggles in the as air is higher than in the venous blood. the transfer of on struggles from the atmospheric air into the blood is due to this difference of pressures. the partial pressure of carbon dioxide is higher in the venous blood and this enables carbon dioxide to pass from the blood into as air.the process of transfer of gases into the medium (wednesday) with a lower partial pressure is called distribution. Hemoglobin is that substance of the blood which transfers on struggles in the blood. the capacity of the blood averages on struggles to 18 - 20 millilitres (ml) per 100 of an original. carbon dioxide is transferred in combination with hemoglobin and as bicarbonic salts.
the combination of on struggles and hemoglobin is called oxyhemoglobin, that of carbon dioxide and hemoglobin - carbohemoglobin.