Applied lifecare - The Respiratory System
Gapfill exercise
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We all need oxygen to release the energy from food inside our cells. The process is called
alveoli
blood plasma
bronchioles
bronchus
carbon dioxide
down
down and in
oxygen
red blood cells
respiration
trachea
up
up and out
. Molecules of ATP (adenosine triphosphate) are formed in respiration.
About 21% of the air is
alveoli
blood plasma
bronchioles
bronchus
carbon dioxide
down
down and in
oxygen
red blood cells
respiration
trachea
up
up and out
.
First, air passes down the airways. Air passes through the nasal cavity or mouth cavity, down the
alveoli
blood plasma
bronchioles
bronchus
carbon dioxide
down
down and in
oxygen
red blood cells
respiration
trachea
up
up and out
into the
alveoli
blood plasma
bronchioles
bronchus
carbon dioxide
down
down and in
oxygen
red blood cells
respiration
trachea
up
up and out
and finally the
alveoli
blood plasma
bronchioles
bronchus
carbon dioxide
down
down and in
oxygen
red blood cells
respiration
trachea
up
up and out
. Inside the lungs, at the end of each bronchiole are many tiny air sacs called
alveoli
blood plasma
bronchioles
bronchus
carbon dioxide
down
down and in
oxygen
red blood cells
respiration
trachea
up
up and out
.
In the alveoli, gas exchange allow
alveoli
blood plasma
bronchioles
bronchus
carbon dioxide
down
down and in
oxygen
red blood cells
respiration
trachea
up
up and out
to enter your body and
alveoli
blood plasma
bronchioles
bronchus
carbon dioxide
down
down and in
oxygen
red blood cells
respiration
trachea
up
up and out
to leave. The
alveoli
blood plasma
bronchioles
bronchus
carbon dioxide
down
down and in
oxygen
red blood cells
respiration
trachea
up
up and out
passes into the circulatory system which delivers it around the body. Oxygen is carried by the
alveoli
blood plasma
bronchioles
bronchus
carbon dioxide
down
down and in
oxygen
red blood cells
respiration
trachea
up
up and out
.
alveoli
blood plasma
bronchioles
bronchus
carbon dioxide
down
down and in
oxygen
red blood cells
respiration
trachea
up
up and out
is carried as a dissolved gas in the
alveoli
blood plasma
bronchioles
bronchus
carbon dioxide
down
down and in
oxygen
red blood cells
respiration
trachea
up
up and out
. It passes through the alveoli walls so it can be breathed out.
In order to take new air into our lungs and get rid of the exhaled air, we have to breathe. Our ribcage moves
alveoli
blood plasma
bronchioles
bronchus
carbon dioxide
down
down and in
oxygen
red blood cells
respiration
trachea
up
up and out
because the intercostal muscles contract, and the diaphragm moves
alveoli
blood plasma
bronchioles
bronchus
carbon dioxide
down
down and in
oxygen
red blood cells
respiration
trachea
up
up and out
to make us breathe in. To exhale, our ribs move
alveoli
blood plasma
bronchioles
bronchus
carbon dioxide
down
down and in
oxygen
red blood cells
respiration
trachea
up
up and out
, and the diaphragm moves
alveoli
blood plasma
bronchioles
bronchus
carbon dioxide
down
down and in
oxygen
red blood cells
respiration
trachea
up
up and out
to push the air out.
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