In mammals, pleural membranes cover the lungs as well as insides of the ribcage. The pleural fluid in between the two membranes

Question

In mammals, pleural membranes cover the lungs as well as insides of the ribcage. The pleural fluid in between the two membranes (A) dissolves oxygen for transfer to the alveoli (B) dissolves CO 2 for transfer to the blood (C) provides partial pressure (D) reduces the friction between the ribs and the lungs

Tardigrade Admin · Accepted Answer

Pleural fluid is a serous fluid produced by the serous membrane covering normal pleurae. The pleural fluid acts as a lubricant and allows the pleurae to slide effortlessly against each other during respiratory movements, thus reducing the friction between the ribs and the lungs.

Q. In mammals, pleural membranes cover the lungs as well as insides of the ribcage. The pleural fluid in between the two membranes

dissolves oxygen for transfer to the alveoli

dissolves $C O_{2}$ for transfer to the blood

provides partial pressure

reduces the friction between the ribs and the lungs

Pleural fluid is a serous fluid produced by the serous membrane covering normal pleurae. The pleural fluid acts as a lubricant and allows the pleurae to slide effortlessly against each other during respiratory movements, thus reducing the friction between the ribs and the lungs.

Q. In mammals, pleural membranes cover the lungs as well as insides of the ribcage. The pleural fluid in between the two membranes

dissolves oxygen for transfer to the alveoli

dissolves CO2​ for transfer to the blood

provides partial pressure

reduces the friction between the ribs and the lungs

Pleural fluid is a serous fluid produced by the serous membrane covering normal pleurae. The pleural fluid acts as a lubricant and allows the pleurae to slide effortlessly against each other during respiratory movements, thus reducing the friction between the ribs and the lungs.

dissolves $C O_{2}$ for transfer to the blood