Being able to note difference or an abnormality in a heart can make the difference between life and death. Being that you are a cardiovascular student you must know what a normal functioning heart looks like and how to make an unhealthy one, healthy. Take this quiz on the heart and its function to see just how much you know. All the best!
Tachycardia and bradycardia
Systole and diastole
Depolarization and repolarization
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Vagal discharge increases cardiac output
Cardiac output is determined by heart rate and stroke volume
Stimulation of the sympathetic nerves decreases cardiac output
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Heart rate
Cardiac cycle
Starling's law of the heart
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Cardiac output
Cardiac reserve
Cardiac cycle
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Stroke volume
Systole
Diastole
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Cardiac reserve
Cardiac output
Cardiac cycle
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(+) ihotropie effect
Cor pulmonale
Stading's Law of the Heart
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Cardiac cycle
Cardiac output
Heart rate
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Left-sided heart failure
Right-sided heart failure
None
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The valves open faster
The heart rate slows
The heart rate increases
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Blood fills the ventricles
. the semilunar valves are open
Blood is ejected from the ventricles
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The valves open
The heart enters the period of diastole
The myocardium contracts
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Positive inotropic effect.
Cardiac reserve
Stroke volume
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Cardiac reserve
Cardiac cycle
Cardiac output
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Ejection fraction
Inotropic effect
Chronotropic effect
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Diastole
Systole
Heart rate
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Cardiac reserve
Stroke volume
Cardiac output
Chronotropic effect
Afterload
Inotropic effect
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Left-sided heart failure
Right-sided heart failure
None
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Increased heart rate
Vagal discharge
Increased stroke volume
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Cardiac output
Cardiac cycle
Cardiac reserve
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Contraction of the ventricular myocardium.
Ventricular depolarization
The opening of the valves of the ventricles
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Left-sided heart failure
Right-sided heart failure
None
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Left-sided heart failure
Right-sided heart failure
None
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Pericardial effusion
Pulmonary edema
Jugular vein distension (JVD)
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Causes bradycardia
Increases cardiac output
Decreases ejection fraction
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Starling's law of the heart is lost
The heart muscle cannot respond as vigorously to the demands of exercise
The resting heart rate increases to 90 beats/min.
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Stimulating the vagus nerve.
Increasing stroke volume.
Closing the atrioventricular valves
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(?) inotropic effect
Increased heart rate
Increased cardiac output
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Right-sided heart failure
Left wall infarct and left ventricular failure.
Low volume shock.
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Dromotropic effect
End diastolic volume
Afterload
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Left-sided heart failure
Right-sided heart failure
None
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Blood is pumped out of the ventricles
The AV valves open
The semilunar valves close
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Causes bradycardia.
Increases heart rate.
Is vagomimetic
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Ejection fraction
Inotropic effect
Afterload
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Cardiac cycle
Cardiac reserve
Cardiac output
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Vagal discharge
Beta1 adrenergic receptor activation
(+) dromotropic effect
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Vagolytic activity
Parasympathomimetic activity
Sympathomimetic activity
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Cardiac output
Cardiac reserve
Stroke volume
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Left-sided heart failure
Right-sided heart failure
None
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Ejection fraction
Stroke volume
Cardiac output
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Decreases EDV.
Increases preload.
Decreases cardiac output
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Heart rate.
Starling's Law of the Heart
SA node activity
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Blocks the beta1 adrenergic receptors and causes a (?) chronotropic and (?) inotropic effect
Activates the beta1 adrenergic receptors and causes bronchoconstriction
Activates the beta1 adrenergic receptors and causes a (+) inotropic effect
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Parasympathetic
Slows heart rate
(+) inotropic effect
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Cardiac reserve
Cardiac cycle
Cardiac output
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End diastolic volume
Ejection fraction
Afterload
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(+) chronotropic effect
Decreased EDV
(+) inotropic effect
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