
Cardio-Vascular & Cardio-Respiratory Systems
Quiz by S Perry
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22 questions
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- Q1The volume of blood pumped out of the heart per minuteStroke VolumeCardiac OutputTidal VolumeHeart Rate30s
- Q2The volume of blood pumped out of the heart per heart beat.Cardiac OutputTidal VolumeMinute VentilationStroke Volume30s
- Q3The number of heart beats per minuteHeart RateCardiac OutputTidal VolumeBreathing Frequency30s
- Q4The number of breaths per minuteBreathing FrequencyMinute VentilationStroke VolumeVidal Volume30s
- Q5The volume of air inhaled or exhaled per minuteBreathing FrequencyTidal VolumeMinute VentilationCardiac Output30s
- Q6Volume of air inhaled or exhaled per breathMinute VentilationBreathing FrequencyTidal VolumeHeart Beat30s
- Q7The movement of blood to the working musclesPulmonaryVascular ShuntThermoregulationVenous Return30s
- Q8The mechanism returning de-oxygenated blood to the heart.Tidal VolumeVenous ReturnVascular ShuntStroke Volume30s
- Q9The opening of the blood vesselsVascular ShuntVasoconstrictionVasodilationVenous Return30s
- Q10Closing of the blood vesselsVasoconstrictionVenous ReturnVascular ShuntVasodilation30s
- Q11The cardio-respiratory system of the heart and lungsPulmonary Circulatory SystemSystemic Circulatory System30s
- Q12The cardio-vascular system of the heart and bodySystemic Circulatory SystemPulmonary Circulatory System30s
- Q13Q = HR x SVEquation for Minute VentilationEquation for Stroke VolumeEquation for Cardiac OutputEquation for Heart Rate30s
- Q14ME = TV x BFCardiac Output = Tidal Volume x Breathing FrequencyMinute Ventilation = Stroke Volume x Breathing FrequencyMinute Ventilation = Tidal Volume x Breathing FrequencyHeart Rate = Stroke Volume x Breathing Frequency30s
- Q15What happens to stroke volume as intensity of exercise increases?Stroke Volume DecreasesStroke Volume Increases30s