U4.1.3: Pulmonary ventilation

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Completar Frases U4.1.3: Pulmonary ventilationVersión en línea Fill in the blank with the words you're given por TheGamer Crack 1 Intercostal muscles and ribs . Simultaneously , the diaphragm contracts . The result is an in the of and a subsequent in the inside the . Thus , there is an entry of air from the outside . It is an active process . 2 Intercostal muscles and the and the of the , so that the inside the lungs with respect to the outside . As a result , the air comes out of the . It is a . 3 Intercostal muscles contract and ribs move forward . Simultaneously , the diaphragm contracts . The result is an increase in the volume of the chest and a subsequent decrease in the pressure inside the lungs . Thus , there is an entry of air from the outside . It is an active process . Intercostal muscles and the diaphragm relax and the volume of the rib cage decreases , so that the pressure inside the lungs increases with respect to the outside . As a result , the air comes out of the lungs . It is a passive process . 4 INHALATION Intercostal muscles and ribs . Simultaneously , the contracts . The result is an increase in the volume of the and a subsequent in the pressure inside the lungs . Thus , there is an entry of air from the outside . It is an process . EXHALATION and the diaphragm relax and the of the decreases , so that the inside the lungs with respect to the outside . As a result , the air comes out of the lungs . It is a process . 5 The exchange of takes place in the thanks to the physical principle of , according to which gases move from the zones where they are present in to the areas with , until it is uniform . 6 This is what happens : blood reaches the capillaries of the with little bound to the and a large amount of dissolved in the , and in the inside the alveolus there is more and less . Therefore , a flow of gases is established : oxygen passes from the air to the blood through the of the alveolus and the membrane of the . It binds to the haemoglobin of , and the carbon dioxide in the blood plasma passes into the air . 7 When reaches the , the situation reverses : the cell has less than the blood arriving and more . Thus , oxygen passes from the to the , and carbon dioxide , from the cell to the blood . In the mitochondria of cells , oxygen is used to perform , a metabolic process to obtain from . It produces and a substance that stores in the form of a chemical bond : . When the cell requires energy , the binding of the breaks down and released energy is used in the process in which it is required .

Completar Frases

U4.1.3: Pulmonary ventilationVersión en línea

Fill in the blank with the words you're given

Intercostal muscles and ribs . Simultaneously , the diaphragm contracts . The result is an in the of and a subsequent in the inside the . Thus , there is an entry of air from the outside . It is an active process .

Intercostal muscles and the and the of the , so that the inside the lungs with respect to the outside . As a result , the air comes out of the . It is a .

Intercostal muscles contract and ribs move forward . Simultaneously , the diaphragm contracts . The result is an increase in the volume of the chest and a subsequent decrease in the pressure inside the lungs . Thus , there is an entry of air from the outside . It is an active process .

Intercostal muscles and the diaphragm relax and the volume of the rib cage decreases , so that the pressure inside the lungs increases with respect to the outside . As a result , the air comes out of the lungs . It is a passive process .

INHALATION
Intercostal muscles and ribs . Simultaneously , the contracts . The result is an increase in the volume of the and a subsequent in the pressure inside the lungs . Thus , there is an entry of air from the outside . It is an process .

EXHALATION
and the diaphragm relax and the of the decreases , so that the inside the lungs with respect to the outside . As a result , the air comes out of the lungs . It is a process .

The exchange of takes place in the thanks to the physical principle of , according to which gases move from the zones where they are present in to the areas with , until it is uniform .

This is what happens : blood reaches the capillaries of the with little bound to the and a large amount of dissolved in the , and in the inside the alveolus there is more and less . Therefore , a flow of gases is established : oxygen passes from the air to the blood through the of the alveolus and the membrane of the . It binds to the haemoglobin of , and the carbon dioxide in the blood plasma passes into the air .

When reaches the , the situation reverses : the cell has less than the blood arriving and more . Thus , oxygen passes from the to the , and carbon dioxide , from the cell to the blood .

In the mitochondria of cells , oxygen is used to perform , a metabolic process to obtain from . It produces and a substance that stores in the form of a chemical bond : . When the cell requires energy , the binding of the breaks down and released energy is used in the process in which it is required .

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U4.1.3: Pulmonary ventilation

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U4.1.3: Pulmonary ventilationVersión en línea

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