Free!mlsdiffusioncapillariesVE =TV xRRVO2MaxCardiacOutputaortaleftventriclepulmonaryarteryviensnegativelineardecreaseleftatriumrightatriumRespiratoryRatemetabolicby-productsHeartRateAVO2DifferencestaythesamehaemoglobinvasconstrictionvasodilationMinuteVentilationstomacharteriespulmonarycirculationEPOCHydrogenionslitressubmaximalpre-capillarysphinctersvenacavapulmonarydiffusionStrokeVolumemusclesOxygendeficitincreaseQ = SVx HRhyperthermiaaimTidalVolumebreaths/minhypothermiasystemiccirculationrightventriclemaximalallowsaerobicenergyproductionsteadystatepulmonaryveinRedistributionof blood flowpositivelinearbeats/mincan workareobicallyat higherintenistiesfor longerFree!mlsdiffusioncapillariesVE =TV xRRVO2MaxCardiacOutputaortaleftventriclepulmonaryarteryviensnegativelineardecreaseleftatriumrightatriumRespiratoryRatemetabolicby-productsHeartRateAVO2DifferencestaythesamehaemoglobinvasconstrictionvasodilationMinuteVentilationstomacharteriespulmonarycirculationEPOCHydrogenionslitressubmaximalpre-capillarysphinctersvenacavapulmonarydiffusionStrokeVolumemusclesOxygendeficitincreaseQ = SVx HRhyperthermiaaimTidalVolumebreaths/minhypothermiasystemiccirculationrightventriclemaximalallowsaerobicenergyproductionsteadystatepulmonaryveinRedistributionof blood flowpositivelinearbeats/mincan workareobicallyat higherintenistiesfor longer

Cardiorespiratory Responses to Exercise - 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. Free!
  2. mls
  3. diffusion
  4. capillaries
  5. VE = TV x RR
  6. VO2 Max
  7. Cardiac Output
  8. aorta
  9. left ventricle
  10. pulmonary artery
  11. viens
  12. negative linear
  13. decrease
  14. left atrium
  15. right atrium
  16. Respiratory Rate
  17. metabolic by-products
  18. Heart Rate
  19. AVO2 Difference
  20. stay the same
  21. haemoglobin
  22. vasconstriction
  23. vasodilation
  24. Minute Ventilation
  25. stomach
  26. arteries
  27. pulmonary circulation
  28. EPOC
  29. Hydrogen ions
  30. litres
  31. submaximal
  32. pre-capillary sphincters
  33. vena cava
  34. pulmonary diffusion
  35. Stroke Volume
  36. muscles
  37. Oxygen deficit
  38. increase
  39. Q = SV x HR
  40. hyperthermia
  41. aim
  42. Tidal Volume
  43. breaths/min
  44. hypothermia
  45. systemic circulation
  46. right ventricle
  47. maximal
  48. allows aerobic energy production
  49. steady state
  50. pulmonary vein
  51. Redistribution of blood flow
  52. positive linear
  53. beats/min
  54. can work areobically at higher intenisties for longer