The point inexercise at whichlactic acid build upquicker than yourbody can get rid ofitUsingoxygen toproduceenergyVolume ofblood pumpedby the heartper minute(ml/min)the greatest volumeof air that can beexpelled from thelungs after takingthe deepestpossible breathReturningde-oxygenatedblood backto the heartCardiorespiratorysystem of heartand lungs (heart– lungs - heart)The volumeof air in(inhaled) orout (exhaled)per breathNumber oftimes yourheart beatsper minute(BPM)the amount of airbreathed in witheach normal breath.The average tidalvolume is 0.5 litres(500 ml)is the total volume ofair entering the lungsin a minute. Theaverage minuteventilation is 6 litresper minute. Minuteventilation =Breathingrate × tidal volumeis the movement ofgas from an area ofhigh concentration toan area of lowconcentration.(Oxygen and Carbondioxide switch due topressure)occurs at thealveoli in thelungs andtakes placeby diffusionA blood pressure readingconsists of two values:systolic value – bloodpressure while the heart issqueezing and diastolicvalue – blood pressurewhile the heart is relaxing.The average bloodpressure for an adult is120/80 mmHg.Cardiovascularsystem ofheart andblood vesselsThe lack ofsufficientoxygenwhenexercisingis the number ofbreaths in aminute. Theaverage breathingrate is 12 breathsper minute.Moving bloodto where it isneededduringexerciseClosing ofthe bloodvesselsVolume ofbloodpumped outof the heartper beat (ml)CreatingenergywithoutoxygenOpeningof thebloodvesselsThe maximumamount ofoxygen inhaledand used duringexerciseThe point inexercise at whichlactic acid build upquicker than yourbody can get rid ofitUsingoxygen toproduceenergyVolume ofblood pumpedby the heartper minute(ml/min)the greatest volumeof air that can beexpelled from thelungs after takingthe deepestpossible breathReturningde-oxygenatedblood backto the heartCardiorespiratorysystem of heartand lungs (heart– lungs - heart)The volumeof air in(inhaled) orout (exhaled)per breathNumber oftimes yourheart beatsper minute(BPM)the amount of airbreathed in witheach normal breath.The average tidalvolume is 0.5 litres(500 ml)is the total volume ofair entering the lungsin a minute. Theaverage minuteventilation is 6 litresper minute. Minuteventilation =Breathingrate × tidal volumeis the movement ofgas from an area ofhigh concentration toan area of lowconcentration.(Oxygen and Carbondioxide switch due topressure)occurs at thealveoli in thelungs andtakes placeby diffusionA blood pressure readingconsists of two values:systolic value – bloodpressure while the heart issqueezing and diastolicvalue – blood pressurewhile the heart is relaxing.The average bloodpressure for an adult is120/80 mmHg.Cardiovascularsystem ofheart andblood vesselsThe lack ofsufficientoxygenwhenexercisingis the number ofbreaths in aminute. Theaverage breathingrate is 12 breathsper minute.Moving bloodto where it isneededduringexerciseClosing ofthe bloodvesselsVolume ofbloodpumped outof the heartper beat (ml)CreatingenergywithoutoxygenOpeningof thebloodvesselsThe maximumamount ofoxygen inhaledand used duringexercise

Definition- Unit 2- Cardiorespiratory - Call List

(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.


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  1. The point in exercise at which lactic acid build up quicker than your body can get rid of it
  2. Using oxygen to produce energy
  3. Volume of blood pumped by the heart per minute (ml/min)
  4. the greatest volume of air that can be expelled from the lungs after taking the deepest possible breath
  5. Returning de-oxygenated blood back to the heart
  6. Cardiorespiratory system of heart and lungs (heart – lungs - heart)
  7. The volume of air in (inhaled) or out (exhaled) per breath
  8. Number of times your heart beats per minute (BPM)
  9. the amount of air breathed in with each normal breath. The average tidal volume is 0.5 litres (500 ml)
  10. is the total volume of air entering the lungs in a minute. The average minute ventilation is 6 litres per minute. Minute ventilation =Breathing rate × tidal volume
  11. is the movement of gas from an area of high concentration to an area of low concentration. (Oxygen and Carbon dioxide switch due to pressure)
  12. occurs at the alveoli in the lungs and takes place by diffusion
  13. A blood pressure reading consists of two values: systolic value – blood pressure while the heart is squeezing and diastolic value – blood pressure while the heart is relaxing. The average blood pressure for an adult is 120/80 mmHg.
  14. Cardiovascular system of heart and blood vessels
  15. The lack of sufficient oxygen when exercising
  16. is the number of breaths in a minute. The average breathing rate is 12 breaths per minute.
  17. Moving blood to where it is needed during exercise
  18. Closing of the blood vessels
  19. Volume of blood pumped out of the heart per beat (ml)
  20. Creating energy without oxygen
  21. Opening of the blood vessels
  22. The maximum amount of oxygen inhaled and used during exercise