a) left atriumb) oxygenated bloodc) Blood is comingfrom theleft and rightpulmonary veins andit is being carried tothe left ventricle.Rightatriumare located in walls ofthe ventricles. Theyfunction to carry theelectrical signal to themuscles of theventricles to causethem to contract.to prevent thebackflow ofblood throughthe heart and tohelp move theblood forward.a) right pulmonaryarteriesb) deoxygenated bloodc) Blood is comingfromthe pulmonary trunkand it is being carriedto the right lung.sphygmomanometerCapillaries must containlow blood pressure so thatthe flow of blood is slowenough to allow sufficienttime for gas exchange tooccur between the bloodand the body tissues /alveoli of the lungs.a) right ventricleb) deoxygenatedbloodc) Blood is comingfromthe right atrium and itis being carried to thepulmonary trunk.myocardialinfarctionBundleof HisLeftatriumSeptumthe blood wouldpool in thechambers and notbe able to moveforward throughthe heart.endocardiumEKGmyocardiuma) inferior vena cavab) deoxygenatedbloodc) Blood is comingfrom thelower body and it isbeing carried to theright atrium.a)descending/abdominalaortab) oxygenated bloodc) Blood is comingfrom theascending aorta andgoing toward the lowerbody.a) left atrioventricular valve/mitral or bicuspid valveb) This valve preventsbloodfrom backflowing from theleft ventricle back to the leftatrium and thus it keepsthe blood moving forwardthrough the heart.a) superior vena cavab) deoxygenatedbloodc) Blood is comingfrom theupper body and it isbeing carried to theright atrium.Aortaa) left semilunarvalve /aortic valveb) blood wouldbackflowinto the ventricle fromthe aorta and not beable to move forwardCapillariesa) chordae tendineaeb) They function to preventtheflaps of the atrioventricularvalves (tricuspid andmitral/bicuspid valve) fromgoing into the atria whenthe ventricles arecontracting. They ensurethe flaps stay in place inthe ventricles.a) left atriumb) oxygenated bloodc) Blood is comingfrom theleft and rightpulmonary veins andit is being carried tothe left ventricle.Rightatriumare located in walls ofthe ventricles. Theyfunction to carry theelectrical signal to themuscles of theventricles to causethem to contract.to prevent thebackflow ofblood throughthe heart and tohelp move theblood forward.a) right pulmonaryarteriesb) deoxygenated bloodc) Blood is comingfromthe pulmonary trunkand it is being carriedto the right lung.sphygmomanometerCapillaries must containlow blood pressure so thatthe flow of blood is slowenough to allow sufficienttime for gas exchange tooccur between the bloodand the body tissues /alveoli of the lungs.a) right ventricleb) deoxygenatedbloodc) Blood is comingfromthe right atrium and itis being carried to thepulmonary trunk.myocardialinfarctionBundleof HisLeftatriumSeptumthe blood wouldpool in thechambers and notbe able to moveforward throughthe heart.endocardiumEKGmyocardiuma) inferior vena cavab) deoxygenatedbloodc) Blood is comingfrom thelower body and it isbeing carried to theright atrium.a)descending/abdominalaortab) oxygenated bloodc) Blood is comingfrom theascending aorta andgoing toward the lowerbody.a) left atrioventricular valve/mitral or bicuspid valveb) This valve preventsbloodfrom backflowing from theleft ventricle back to the leftatrium and thus it keepsthe blood moving forwardthrough the heart.a) superior vena cavab) deoxygenatedbloodc) Blood is comingfrom theupper body and it isbeing carried to theright atrium.Aortaa) left semilunarvalve /aortic valveb) blood wouldbackflowinto the ventricle fromthe aorta and not beable to move forwardCapillariesa) chordae tendineaeb) They function to preventtheflaps of the atrioventricularvalves (tricuspid andmitral/bicuspid valve) fromgoing into the atria whenthe ventricles arecontracting. They ensurethe flaps stay in place inthe ventricles.

Heart Bingo - 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. a) left atrium b) oxygenated blood c) Blood is coming from the left and right pulmonary veins and it is being carried to the left ventricle.
  2. Right atrium
  3. are located in walls of the ventricles. They function to carry the electrical signal to the muscles of the ventricles to cause them to contract.
  4. to prevent the backflow of blood through the heart and to help move the blood forward.
  5. a) right pulmonary arteries b) deoxygenated blood c) Blood is coming from the pulmonary trunk and it is being carried to the right lung.
  6. sphygmomanometer
  7. Capillaries must contain low blood pressure so that the flow of blood is slow enough to allow sufficient time for gas exchange to occur between the blood and the body tissues / alveoli of the lungs.
  8. a) right ventricle b) deoxygenated blood c) Blood is coming from the right atrium and it is being carried to the pulmonary trunk.
  9. myocardial infarction
  10. Bundle of His
  11. Left atrium
  12. Septum
  13. the blood would pool in the chambers and not be able to move forward through the heart.
  14. endocardium
  15. EKG
  16. myocardium
  17. a) inferior vena cava b) deoxygenated blood c) Blood is coming from the lower body and it is being carried to the right atrium.
  18. a) descending/abdominal aorta b) oxygenated blood c) Blood is coming from the ascending aorta and going toward the lower body.
  19. a) left atrioventricular valve / mitral or bicuspid valve b) This valve prevents blood from backflowing from the left ventricle back to the left atrium and thus it keeps the blood moving forward through the heart.
  20. a) superior vena cava b) deoxygenated blood c) Blood is coming from the upper body and it is being carried to the right atrium.
  21. Aorta
  22. a) left semilunar valve / aortic valve b) blood would backflow into the ventricle from the aorta and not be able to move forward
  23. Capillaries
  24. a) chordae tendineae b) They function to prevent the flaps of the atrioventricular valves (tricuspid and mitral/bicuspid valve) from going into the atria when the ventricles are contracting. They ensure the flaps stay in place in the ventricles.