The rib cage expands, causing a negative pressure change in the abdominal cavity, which can only be relieved by letting air in the lungs. Exhaling is the opposite: the rib cage contracts, causing a positive pressure change, which is relieved by expelling air from the lungs.
The rib cage expands, causing a negative pressure change in the lungs. Exhaling is the opposite, the rib cage contracts, causing a positive pressure change.
The Rib Cage extends causing negative pressure in the abdominal cavity, that can only be relieved by letting air in the lungs. Exhaling is exactly the opposite.
The bony ribcage has nothing to do with gas exchange except to permit expansion of the lungs.
regulate the rate of gas exchange
The function of the avioli is to exchange gas and oxygen. In turn, it then turns it into carbon dioxide.
Yes it does, only no air is supplied because it is in amniotic fluid. The lungs and the diaphragm function during fetal development in order to prepare for breathing air after birth. During the time in the uterus, the gas exchange is done by the mother through the umbilical cord and her lungs.
Leaves have small openings called stomata on the underside of the blade. Stomata function in gas exchange.
gas exchange occurs between pulmonary capillaries and the alveoli in the lungs.
Gas exchange is a function of respiration not digestion.
Gas exchange
Gas exchange
Gas exchange
regulate the rate of gas exchange
Gas exchange (between blood and air).
it increases surface area for gas exchange which means that more oxygen is absorbed.
The function of the avioli is to exchange gas and oxygen. In turn, it then turns it into carbon dioxide.
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To get inhaled air to the alveoi for gas exchange
to protect the gills
Gas Exchange