Hydrogen ions can work areobically at higher intenisties for longer hypothermia allows aerobic energy production breaths/min vasodilation vena cava systemic circulation left ventricle stay the same EPOC viens litres arteries VO2 Max hyperthermia positive linear increase left atrium capillaries VE = TV x RR Respiratory Rate pulmonary artery submaximal maximal diffusion Stroke Volume aorta pulmonary circulation right atrium AVO2 Difference right ventricle Q = SV x HR Cardiac Output pulmonary vein decrease Oxygen deficit Redistribution of blood flow stomach pre- capillary sphincters aim Tidal Volume beats/min vasconstriction steady state haemoglobin negative linear Free! Heart Rate metabolic by- products muscles mls pulmonary diffusion Minute Ventilation Hydrogen ions can work areobically at higher intenisties for longer hypothermia allows aerobic energy production breaths/min vasodilation vena cava systemic circulation left ventricle stay the same EPOC viens litres arteries VO2 Max hyperthermia positive linear increase left atrium capillaries VE = TV x RR Respiratory Rate pulmonary artery submaximal maximal diffusion Stroke Volume aorta pulmonary circulation right atrium AVO2 Difference right ventricle Q = SV x HR Cardiac Output pulmonary vein decrease Oxygen deficit Redistribution of blood flow stomach pre- capillary sphincters aim Tidal Volume beats/min vasconstriction steady state haemoglobin negative linear Free! Heart Rate metabolic by- products muscles mls pulmonary diffusion Minute Ventilation
(Print) Use this randomly generated list as your call list when playing the game. There is no need to say the BINGO column name. Place some kind of mark (like an X, a checkmark, a dot, tally mark, etc) on each cell as you announce it, to keep track. You can also cut out each item, place them in a bag and pull words from the bag.
Hydrogen ions
can work areobically at higher intenisties for longer
hypothermia
allows aerobic energy production
breaths/min
vasodilation
vena cava
systemic circulation
left ventricle
stay the same
EPOC
viens
litres
arteries
VO2 Max
hyperthermia
positive linear
increase
left atrium
capillaries
VE = TV x RR
Respiratory Rate
pulmonary artery
submaximal
maximal
diffusion
Stroke Volume
aorta
pulmonary circulation
right atrium
AVO2 Difference
right ventricle
Q = SV x HR
Cardiac Output
pulmonary vein
decrease
Oxygen deficit
Redistribution of blood flow
stomach
pre-capillary sphincters
aim
Tidal Volume
beats/min
vasconstriction
steady state
haemoglobin
negative linear
Free!
Heart Rate
metabolic by-products
muscles
mls
pulmonary diffusion
Minute Ventilation