This is the total volume of the lungs.

According to this law pressure and volume are inversely related.

This is the space where respiration does not take place in the respiratory system.

This is the most common way oxygen is moved in the body.

This is a structure made of multiple tissues.

This is the amount of air that moves in and out with a normal breath.

According to this law the total pressure is equal to the sum of all the partial pressures.

This is dead space due to blockage or damage of the alveoli.

What is the lesser common way for oxygen to be transported in blood.

The pulmonary circuit takes blood between these organs.

This is the total volume of air you can exhale.

According to this law the three factors that determine the amount of gas in a liquid are solubility, partial pressure, and temperature.

This is dead space built into the respiratory system.

This is the most common way that CO2 is transported in blood.

These muscle tubes carry blood away from the heart.

This is the total volume of air you can inhale.

When you decrease the pressure in the lungs air will flow in this direction.

The trachea is an example of this.

This is the name of hemoglobin with CO bound to it.

This is the first part of the intrinsic conducting system.

This is the amount of air left in the lungs after maximum exhalation.

As the partial pressure of CO2 in the blood decreases in the muscles CO2 will flow here.

Pneumonia is an example of an illness that would cause this type of dead space.

This is the name of hemoglobin with CO2 bound to it.

These cells are also known as pace maker cells.