Human Respiration divided into
Aerobic respiration
Anaerobic respiration
need
Glucose releases
Oxygen Debt
releases needed in
H2 O
Lactic Acid
Small amount of Energy
transported to
Muscle Fatigue causes
E
Liver oxidizes lactic acid to
is used for
Heat
results in
Homeostasis
Pain
Energy is used for
Protein synthesis
Cell division
Nerve impulse
passage for
Growth
Active Transport
convert to
Glucose
Oxygen
vbvhggggg
Movement e.g.
insufficient needed for
Heartbeating
Muscle contraction
which consist of
Gaseous exchange
from
Inhaled air (high O2)
Environment
to
Exhaled air (low O2) exit
enter
Aveoli
Pharynx
Nasal
Trachea
Bronchi
exchange gases with
Blood brings oxygen to rest of
Body
*Breathing Mechanism
Air passage
result in
CO2
divided into
lead to
Oxygen
High amount of Energy
System
products
Bronchioles
Capillaries
Experiments Absorb CO2: Caustic Potash KOH NaOH Sodalime Lime Water Test for CO2: Hydrogen Carbonate Indicator Lime Water Absorb O2: Alkali pyrogallol