dead space (VDS) air 150 ml stays in the conducting
airways during Minute ventilation.For each tidal volume (VT) of 500 ml air
inspired, 150 ml stays in the conducting airways, it does not participate in gas exchange. It merely enters and subsequently leaves the conducting airways. The remaining 350 ml of the tidal breath enters the alveoli (VA) and participates in gas
exchange.
As you should know, the purpose of insulation is to create dead air space. DEAD air does not transfer temperatures.
An alveolar dead space is the volume of air in the alveoli of the lungs which does not partake in gas exchange.
Space Credits are a form of currency in the Dead Space games. You can use them at the store to buy ammo, weapons, health packs, air tanks, and Armor
when its dead air and you cant use it to breath
The dead space in the lung and air passages do not have a role in respiration, rather they are inherent in the physical arrangement of the airways.
Physiological dead space includes both anatomical dead space (air that fills the conducting airways where no gas exchange occurs) and alveolar dead space (alveoli that receive inadequate blood supply for gas exchange). It represents the total volume of the respiratory system that does not participate in gas exchange.
Dead space volume is when some of the inspired air fills the conducting respiratory passageways and never contributes to gas exchange in the alveoli.
Dead space volume
You expect the oxygen from exhaled air to be replaced by carbon bi oxide. There is physical limitation to this because of the physiological dead space. Fishes do not have it. You expect the air to get saturated with water completely, subjected again to physiological dead space.
A percentage of it does. There's a certain amount of "dead space."
The song at the end of the Dead Space 3 trailer is "In the Air Tonight", originally written/performed by Phil Collins. This version, however is played by the group 'Nonpoint'
Anatomical dead space refers to the volume of air in the respiratory system that does not participate in gas exchange, such as in the trachea and bronchi. Physiological dead space includes both anatomical dead space and any alveoli that are ventilated but not perfused with blood, leading to inefficient gas exchange.