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WorksheetsHeart Quiz
Total questions: 112
Worksheet time: 6hrs 16mins
The heart is primarily a part of which system?
nervous system
endocrine system
cardiovascular system
muscular system
What are the three main parts of the cardiovascular system?
(a)
The heart beats approximately how many times each day?
8000
100,000
10,000
300,000
The heart pumps about how many liters of blood per day?
100,000 liters
10,000 liters
3000 liters
8000 liters
What is the function of the pulmonary circuit?
to transport blood between the heart and lungs
to transport blood between the heart and body tissues
to transport the blood between the heart and brain
to transport oxygen from the heart to the lungs
Pulmonary refers to the
(a)
What is the function of the systemic circuit?
to transport deoxygenated blood from the heart to the lungs
to provide oxygenated blood to the nervous system
to provide functional oxygenated blood to all the body tissues
to transport deoxygenated blood from the lungs to the heart
Name the three types of blood vessels
(a)
Which type of blood vessels is responsible for exchanging dissolved gases, nutrients, and wastes between blood and surrounding tissues?
arteries
veins
capillaries
The blood vessel that is responsible for carrying blood away from the heart
veins
capillaries
arteries
The blood vessel that is responsible for returning blood to the heart
arteries
capillaries
veins
Which chamber of the heart receives deoxygenated blood from the systemic circuit?
right atrium
right ventricle
left atrium
left ventricle
How many chambers of the heart are there?
2
3
4
5
Which chamber of the heart pumps blood into the systemic circuit?
right atrium
left atrium
right ventricle
left ventricle
Which chamber pumps blood into the pulmonary circuit?
right atrium
right ventricle
left atrium
left ventricle
Which chamber receives blood from the pulmonary circuit?
right atrium
right ventricle
left atrium
left ventricle
The apex of the heart is located closest to which region of the ribs?
Ribs 1-3
Ribs 3-5
Ribs 6-7
Ribs 8-10
The base of the heart is closest to
Ribs 1-2
Ribs 2-3
Ribs 3-4
Ribs 4-5
The diaphragm is ______ to the heart
superior
inferior
posterior
anterior
The thyroid is ______ to the heart
superior
inferior
posterior
anterior
Which cavity is the heart located in?
mediastinum
peritoneal cavity
pleural cavity
pericardial cavity
The space between the lungs that houses the heart
mediastinum
pericardial sac
pleural cavity
pericardial cavity
The visceral layer of the pericardium
fibrous pericardium
parietal layer
epicardium
serous membrane
The serous pericardium is also known as the
epicardium
parietal layer
peritoneal layer
fibrous pericardium
The part of the pericardium that containts pericardial fluid
pericardial cavity
epicardium
parietal layer
pericardial sac
Inflammed pericardium
(a)
Pathogens in the pericardium can cause
necrosis
pericarditis
cardiac tamponade
stroke
Restricted movement of the heart due to excess fluid in the pericardial cavity
cardiac tamponade
cardiac arrest
stroke
Arrhythmia
The structure that accomodates blood filling the atria
coronary sulcus
interventricular sulcus
auricles
aorta
What is the name of the highlighted strucure?
interventricular sulcus
right auricle
coronary sulcus
left auricle
How many layers does the heart wall have?
1
2
3
4
The muscle layer of the heart
myocardium
epicardium
fibrous pericardium
endocardium
The inner layer of the heart composed of simple squamous empithelium and areolar tissue
myocardium
endocardium
epicardium
fibrous pericardium
Forms bands that wrap around the atria in a figure-eight pattern
atrial musculature
ventricular musculature
Forms bands that spiral around the ventricles
atrial musculature
ventricular musculature
Cells that help stimulate activity in the cardiac tissue
pericaridocytes
cardiocytes
RBC's
WBC's
What are the functions of the connective tissue of the heart?
prevents elasticity
prevents overexpansion
distribute forces
surrounds cardiocytes
The structure that surrounds the valves, help stablize, and act as an insulator for electrical activity
pericardial cavity
mediastinum
endocardium
cardiac skeleton
True or False: The heart needs electrical activity in order to contract
True
False
Muscular partitions that separates the chambers of the heart
sulcus
septums
auricles
fibrous skeleton
Structures that make sure blood is flowing in the right direction
valves
auricles
septums
chambers
Which valves are atrioventricular (AV) valves?
triscupid
pulmonary
bicuspid (mitral)
aortic
Semilunar Valves
tricuspid
bicuspid (mitral)
pulmonary
aortic
Which valve permits blood flow in one direction
pulmonary
tricuspid
aortic
bicuspid (mitral)
Receives blood from the superior and inferior vena cava
right atrium
left atrium
right ventricle
left ventricle
Blood being received from the vena cava would have high or low oxygen?
(a)
The structure that connects the two atria of the fetal heart
foramen magnum
foramen ovale
fossa oval
interventricular septum
After birth, the foramen ovale is covered by a fibrous sheet which rest in a depression between the atrium. This is called the
fossa ovalis
foramen ovale
Structure name when fossa ovalis does not close completely
patent fossa ovalis
patent foramen ovale
patent foramen lamina
The right AV valve
tricuspid valve
mitral valve
biscuspid valve
What is the purpose of the tricuspid valve?
Provide flow of blood
Prevent backflow of blood
Regurgitation
Transport blood
Structure(s) that prevents valve from opening backwards
triscuspid valve
chordae tendinae
papillary muscles
mitral valve
Another word for backflow of blood
(a)
The pulmonary artery arises from the
right ventricle
infundibulum
pulmonary valve
conus arteriosus
The chamber that receives blood from the left and right pulmonary veins
right atrium
right ventricle
left atrium
left ventricle
The left AV valve
tricuspid valve
mitral valve
bicuspid valve
Blood leaves the left ventricle via the
pulmonary trunk
aortic valve
pulmonary valve
bicuspid valve
Saclike expansions at the base of ascending aorta
papillary muscle
pulmonary sinuses
aortic sinuses
chordae tendinae
True or False: the right and left ventricles both hold and pump the same amount of blood.
True
False
Which ventricle has thinner walls?
right ventricle
left ventricle
Which ventricle develops more pressure?
right ventricle
left ventricle
Which ventricle is more round?
left ventricle
right ventricle
The function of heart valves
transport extra blood
pump blood
allow backflow of blood
prevent regurgitation of blood
True or False: The semilunar valves require chordae tendineae
True
False
The coronary circulation supplies blood to
muscle tissue of the digestive organs
muscle tissue of the heart
the brain and nervous tissues
the circulatory bloodstream
The right coronary artery supplies blood to
the right atrium only
the left atrium only
the right atrium and both ventricles
the left atrium and both ventricles
The difference between resting and maximal cardiac outputs
cardiac resting potential
cardiac reserve
cardiac increase
cardiac difference
The amount of resistance to ventricular ejection from periphery
cardiac rest
cardiac ejection
afterload
cardiac resistance
Degree of ventricular stretching during ventricular diastole
afterload
cardiac rest
cardiac stretch
preload
With exercise, stroke volume
increases
decreases
stays the same
As EDV increases, stroke volume increases
Contractility Principle
Bainbridge Reflex
Frank-Starling Principle
Coronary artery disease is causes by a buildup of
(a)
Atrial systole ends and the ventricles contain maximum blood volume (end-diastolic volume)
ventricular systole
atrial systole
ventricular diastole
atrial diastole
About how many beats per minute are in the cardiac cycle?
40
65
75
100
Cells that produce contractions that propel blood
contractile cells
pacemaker cells
erythrocytes
Commonly one of the first systems of Coronary Artery Disease
necrosis
angina
migraine
hemorrhage
Myocardial infarction is another term for
(a)
Noninvasive surgery that involves removing plaque from vessel wall
coronary artery bypass graft
valve replacement
atherectomy
angioplasty
Noninvasive surgery that involves the use of a catheter and balloon and is follow by placement of a stent
coronary artery bypass graft
valve replacement
atherectomy
angioplasty
Another vessel is used to create detour around obstructed portion
coronary artery bypass graft
valve replacement
atherectomy
angioplasty
Which contracts first?
atria
ventricles
Cells that control and coordinate the heartbeat
red blood cells
pacemaker cells
contractile cells
Where are pacemaker cells found
sinoatrial node
Purkinje fibers
atrioventricular node
AV bundle
Where are conducting cells found
SA node
internodal pathways of atria
Purkinje fibers
AV node
AV bundle
Systole = _______; Diastole = _______
relaxation; contraction
contraction; flexion
contraction; relaxation
relaxtion; expansion
How many phases are in the cardiac cycle?
4
6
8
10
Does blood pressure rise or fall during systole?
Rise
Fall
Neither
Does blood pressure rise or fall during diastole?
Neither
Rise
Fall
During this phase atrial contraction begins and the atria ejects blood into the ventricles
atrial systole
atrial diastole
ventricular systole
ventricular diastole
Amount of blood remaining in each ventricle at the end of ventricular systole
end-systolic volume
end-diastolic volume
stroke volume
cardiac output
During this phase ventricular pressure exceeds arterial pressure and the stroke volume is ejected
ventricular systole-second phase
ventricular diastole-early phase
ventricular systole-first phase
ventricular diastole-late phase
Ventricles contain maximum blood volume
End-diastolic volume
stroke volume
end-systolic volume
In this phase the ventricles contract and build pressure, producing isovolumetric contraction
ventricular diastole (late phase)
ventricular diastole (early phase)
ventricular systole (second phase)
ventricular systole (first phase)
During ventricular systole first phase, which valves close?
semilunar valves
AV valves
During which phase do semilunar valves open and blood is ejected
ventricular diastole (late phase)
ventricular diastole (early phase)
ventricular systole (second phase)
ventricular systole (first phase)
During the second phase of ventricular systole, semilunar valves close and ventricles contain
end-systolic volume
stroke volume
end-diastolic volume
During which phase does isovolumetric relaxation take place?
ventricular diastole-early phase
ventricular diastole-late phase
ventricular systole-first phase
ventricular systole-second phase
During this phase AV valves open and ventricles fill passively
ventricular diastole-early phase
ventricular diastole-late phase
ventricular systole-first phase
ventricular systole-second phase
True or False: during ventricular diastole-late phase all chambers are relaxed
True
False
True or False: during ventricular diastole late phase atrial pressure is higher than ventricular pressure
True
False
Auscultation
measurement of heart beats
listening to sounds in the body
detecting blood pressure
measure of heart rhythmicity
The loud sounds of the heart
S2
S1
S4
S3
S3 and S4 represent
soft sounds of the heart
loud sounds of the heart
blood flowing into ventricles and atrial contraction
blood flowing into atrium and ventricle contraction
The volume pumped by left ventricle in one minute
end-systolic volume
end-diastolic volume
cardiac output
stroke volume
Amount of blood in each ventricle at the end of atrial systole
end-diastolic volume
end-systolic volume
stroke volume
cardiac output
occurs when the heart rate increases in response to a rise in atrial pressure.
Bainbridge reflex
dual innervation
aerobic reflex
True or False: the thyroid can affect the speed of heart rate
True
False
The degree of ventricular stretching during ventricular diastole
preload
afterload
As end diastolic volume increases, stroke volume increases
Frank-Starling principle
Bainbridge reflex
Atrial depolarization
P wave
QRS
T wave
QT interval
Ventricular depolarization
P wave
QRS complex
T wave
R wave
Ventricular repolarization
P wave
QRS complex
T wave
R wave
