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A CT does not breathe air like humans do. Instead, a CT relies on a specialized system of tubes called trachea and spiracles to help facilitate gas exchange. Oxygen enters the CT's body through the spiracles and is transported to its cells through a network of tracheal tubes.

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1y ago

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Why the air that breathe out is warmer then the air breathe in?

When you breathe in air, it is typically cooler because it has been in contact with the environment. When you breathe out, the air you exhale has passed through your warm body and can be slightly warmer as a result. Your body warms the air as it exchanges oxygen and carbon dioxide during the breathing process.


What are the three differences between the air you breathe in and the air you breathe out?

Air is 0.045 CO2 whereas exhaled air has a maximum differential expulsion rate of 89.26 comparative to inhaled air which only has a minimum verify rate of 56 in relation to th diverse of 24% CO2 in exhaled air. Nitrogen is also refunde by the body but there is less ompared to in haled air. Vincongagouious to the differ in hydrogen, there is also more water in exhaled air.


Why is the air you breathe out hotter than the air you breathe in?

When you breathe in, the air is at room temperature, typically around 70°F. As you breathe in, your body warms the air to body temperature (around 98.6°F) inside your lungs. When you exhale, the air leaving your lungs is warmer due to this heating process.


Why is air pressure at the top of a mountain hard to breathe?

The air pressure at high altitudes is lower, which means there are fewer oxygen molecules in each breath. This can result in difficulty breathing because the body is not receiving enough oxygen to function properly.


Why is the air you breathe out warmer than the air you breathe in?

When you exhale, the air has been warmed by your body during the breathing process. As you breathe in air, it first enters your nasal cavity, where it is humidified and warmed to body temperature. This warmed air then moves to your lungs for gas exchange, and when you exhale, that warmth is transferred to the exhaled air.