Review Game Zone
Games
Test
Preview
Back
Match it!
Match it! Select the correct answer from the pull down...Good luck!
Vital capacity is
C-shaped cartilages in the tracheal wall
the conchae.
carbon dioxide content in the blood.
tidal volume
higher air pressure outside the lungs than inside
pons and medulla oblongata
TV + IRV + ERV
epiglottis.
Upper respiratory structure(s) that create air turbulence to warm and moisten air is/ are
C-shaped cartilages in the tracheal wall
the conchae.
carbon dioxide content in the blood.
tidal volume
higher air pressure outside the lungs than inside
pons and medulla oblongata
TV + IRV + ERV
epiglottis.
What nervous centers control respiration?
C-shaped cartilages in the tracheal wall
the conchae.
carbon dioxide content in the blood.
tidal volume
higher air pressure outside the lungs than inside
pons and medulla oblongata
TV + IRV + ERV
epiglottis.
What causes air to enter the lungs during inhalation?
C-shaped cartilages in the tracheal wall
the conchae.
carbon dioxide content in the blood.
tidal volume
higher air pressure outside the lungs than inside
pons and medulla oblongata
TV + IRV + ERV
epiglottis.
The most powerful drive for respiration is
C-shaped cartilages in the tracheal wall
the conchae.
carbon dioxide content in the blood.
tidal volume
higher air pressure outside the lungs than inside
pons and medulla oblongata
TV + IRV + ERV
epiglottis.
Structure that prevents food from entering the trachea is the
C-shaped cartilages in the tracheal wall
the conchae.
carbon dioxide content in the blood.
tidal volume
higher air pressure outside the lungs than inside
pons and medulla oblongata
TV + IRV + ERV
epiglottis.
The amount of air exchanged during quiet respiration is the
C-shaped cartilages in the tracheal wall
the conchae.
carbon dioxide content in the blood.
tidal volume
higher air pressure outside the lungs than inside
pons and medulla oblongata
TV + IRV + ERV
epiglottis.
What prevents the trachea from collapsing?
C-shaped cartilages in the tracheal wall
the conchae.
carbon dioxide content in the blood.
tidal volume
higher air pressure outside the lungs than inside
pons and medulla oblongata
TV + IRV + ERV
epiglottis.
Check it!
Match it!
Match it!