Heart

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biology

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Dr. David Myers

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Froggy Jumps HeartVersion en ligne heart par Dr. David Myers 1 Which layer of the heart allows it to act as a pump? a myocardium b epicardium c endocardium 2 Which slinglike structure supports the heart? a pericardium b chordae tendineae c endocardium 3 chamber with thickest myocardium a left atrium b right ventricle c left ventricle 4 right ventricle pumps blood to the a right atrium b pulmonary artery c aorta 5 vessel(s) that carry(ies) blood from the pulmonary capillaries to the left atrium a pulmonary veins b pulmonary arteries c vena cava 6 aorta receives blood from the a pulmonary arteries b right ventricle c left ventricle 7 right atrium through which atrioventricular valve a mitral b bicuspid c tricuspid 8 receives unoxygenated blood? a aorta b pulmonary artery c left ventricle 9 receives oxygenated blood? a pulmonary veins b vena cava c pulmonary semilunar valve 10 Chordae tendineae are NOT associated with this valve a bicuspid b aortic semilunar c tricuspid 11 “lubb-dupp” associated with? a closing valves b ventricles contraction c diffusion of oxygen 12 supplies oxygenated blood to the heart muscle? a cardiac veins b pulmonary veins c coronary arteries 13 cardiac action potential normally originates? a AV node b SA node c Purkinje fibers 14 pacemaker of the heart is located in the upper wall a left ventricle b left atrium c right atrium 15 the P wave represents a ventricular repolarization b atrial repolarization c atrial depolarization 16 connects the cusps of the AV valves to the ventricles? a chordae tendineae b purkinje fibers c bundle of His 17 NOT an electrical term on EKG a action potential b sarcomere c depolarization 18 which of the following semilunar valves does oxygenated blood pass? a mitral b pulmonic c aortic 19 epicardium is a layer of the a endocardium b myocardium c pericardium 20 mitral and the bicuspid valves a are the same thing b are semilunar valves c only "see" oxygenated blood 21 atrioventricular node (AV node) a pacemaker of heart b in upper left atrium c delays the signal 22 Purkinje fibers a pull on valves b conduct thru ventricles c open valves 23 receives unoxygenated blood from the vena cava? a right ventricle b left atrium c right atrium 24 structure “sees” oxygenated blood? a tricuspid valve b pulmonary veins c pulmonary arteries 25 purpose of the right heart is to pump blood a to the systemic circulation b to the body c to the lungs 26 not considered a “great” vessel? a vena cava b aorta c right coronary artery 27 semilunar valves a only "see" deoxygenated blood b receive blood from ventricles c receive blood from atria 28 Stenosis of this valve causes right ventricular hypertrophy? a aortic semilunar b pulmonary semilunar c tricuspid 29 located at the fifth intercostal space? a AV valves b heart base c heart apex 30 During atrial systole, the a ventricles are contracted b ventricles are relaxed c semilunar valves open 31 happens during ventricular diastole? a both AV valves are closed b all semilunars are open c ventricles fill with blood 32 amount of blood pumped by the ventricle in one beat a stroke volume b cardiac output c hematocrit 33 amount of blood pumped by the heart in 1 minute? a stroke volume b cardiac output c hemoglobin index 34 Vagal stimulation to the heart causes a increased blood pressure b faster heart rate c slower heart rate 35 Excess vagal stimulation to the SA node is most likely to cause a bradycardia b tachycardia c increased Blood pressure 36 descriptive of the vagus nerve? a fight or flight b parasympathetic c tachycardia 37 Heart rate and stroke volume determine a cardiac output b total blood volume c hematocrit 38 Decreased blood flow through the coronary arteries causes a valve damage b angina pectoris c pulmonary edema 39 heart rate less than 60 beats/min? a tachycardia b bradycardia c fight or flight response 40 Sympathetic stimulation to the heart a decreases stroke volume b decreases rate c increases rate 41 rate exceeding 100 beats per minute is ______________. a bradycardia b tachycardia c normal 42 During ________, the AV valves are closed and the semilunars are open. a ventricular systole b atrial systole c atrial and ventricular diastole 43 rate is controlled by the cardiac control center located a hypothalamus b medulla oblongata c occipital lobe 44 P wave of an ECG represents a atrial repolarization b atrial depolarization c ventricular repolarization 45 QRS complex of an ECG represents a ventricular repolarization b atrial depolarization c ventricular depolarization 46 The ________ pumps blood into the aorta a left atrium b right ventricle c left ventricle 47 ________ valve prevents the backflow of blood from the left ventricle into the left atrium. a tricuspid b bicuspid c pulmonary semilunar 48 The _________ AV valve is located on the right side a mitral b bicuspid c tricuspid 49 The ____________ is referred to as the pacemaker a SA node b AV node c Bundle of His 50 the last part of the electrical conducting system a Purkinje fibers b Bundle of His c AV bundle 51 another name for the epicardium? a outer myocardium b visceral pericardium c parietal pericardium 52 innermost lining of the heart wall a epicardium b myocardium c endocardium

Froggy Jumps

HeartVersion en ligne

heart

par Dr. David Myers

Which layer of the heart allows it to act as a pump?

myocardium

epicardium

endocardium

Which slinglike structure supports the heart?

pericardium

chordae tendineae

endocardium

chamber with thickest myocardium

left atrium

right ventricle

left ventricle

right ventricle pumps blood to the

right atrium

pulmonary artery

aorta

vessel(s) that carry(ies) blood from the pulmonary capillaries to the left atrium

pulmonary veins

pulmonary arteries

vena cava

aorta receives blood from the

pulmonary arteries

right ventricle

left ventricle

right atrium through which atrioventricular valve

mitral

bicuspid

tricuspid

receives unoxygenated blood?

aorta

pulmonary artery

left ventricle

receives oxygenated blood?

pulmonary veins

vena cava

pulmonary semilunar valve

Chordae tendineae are NOT associated with this valve

bicuspid

aortic semilunar

tricuspid

“lubb-dupp” associated with?

closing valves

ventricles contraction

diffusion of oxygen

supplies oxygenated blood to the heart muscle?

cardiac veins

pulmonary veins

coronary arteries

cardiac action potential normally originates?

AV node

SA node

Purkinje fibers

pacemaker of the heart is located in the upper wall

left ventricle

left atrium

right atrium

the P wave represents

ventricular repolarization

atrial repolarization

atrial depolarization

connects the cusps of the AV valves to the ventricles?

chordae tendineae

purkinje fibers

bundle of His

NOT an electrical term on EKG

action potential

sarcomere

depolarization

which of the following semilunar valves does oxygenated blood pass?

mitral

pulmonic

aortic

epicardium is a layer of the

endocardium

myocardium

pericardium

mitral and the bicuspid valves

are the same thing

are semilunar valves

only "see" oxygenated blood

atrioventricular node (AV node)

pacemaker of heart

in upper left atrium

delays the signal

Purkinje fibers

pull on valves

conduct thru ventricles

open valves

receives unoxygenated blood from the vena cava?

right ventricle

left atrium

right atrium

structure “sees” oxygenated blood?

tricuspid valve

pulmonary veins

pulmonary arteries

purpose of the right heart is to pump blood

to the systemic circulation

to the body

to the lungs

not considered a “great” vessel?

vena cava

aorta

right coronary artery

semilunar valves

only "see" deoxygenated blood

receive blood from ventricles

receive blood from atria

Stenosis of this valve causes right ventricular hypertrophy?

aortic semilunar

pulmonary semilunar

tricuspid

located at the fifth intercostal space?

AV valves

heart base

heart apex

During atrial systole, the

ventricles are contracted

ventricles are relaxed

semilunar valves open

happens during ventricular diastole?

both AV valves are closed

all semilunars are open

ventricles fill with blood

amount of blood pumped by the ventricle in one beat

stroke volume

cardiac output

hematocrit

amount of blood pumped by the heart in 1 minute?

stroke volume

cardiac output

hemoglobin index

Vagal stimulation to the heart causes

increased blood pressure

faster heart rate

slower heart rate

Excess vagal stimulation to the SA node is most likely to cause

bradycardia

tachycardia

increased Blood pressure

descriptive of the vagus nerve?

fight or flight

parasympathetic

tachycardia

Heart rate and stroke volume determine

cardiac output

total blood volume

hematocrit

Decreased blood flow through the coronary arteries causes

valve damage

angina pectoris

pulmonary edema

heart rate less than 60 beats/min?

tachycardia

bradycardia

fight or flight response

Sympathetic stimulation to the heart

decreases stroke volume

decreases rate

increases rate

rate exceeding 100 beats per minute is ______________.

bradycardia

tachycardia

normal

During ________, the AV valves are closed and the semilunars are open.

ventricular systole

atrial systole

atrial and ventricular diastole

rate is controlled by the cardiac control center located

hypothalamus

medulla oblongata

occipital lobe

P wave of an ECG represents

atrial repolarization

atrial depolarization

ventricular repolarization

QRS complex of an ECG represents

ventricular repolarization

atrial depolarization

ventricular depolarization

The ________ pumps blood into the aorta

left atrium

right ventricle

left ventricle

________ valve prevents the backflow of blood from the left ventricle into the left atrium.

tricuspid

bicuspid

pulmonary semilunar

The _________ AV valve is located on the right side

mitral

bicuspid

tricuspid

The ____________ is referred to as the pacemaker

SA node

AV node

Bundle of His

the last part of the electrical conducting system

Purkinje fibers

Bundle of His

AV bundle

another name for the epicardium?

outer myocardium

visceral pericardium

parietal pericardium

innermost lining of the heart wall

epicardium

myocardium

endocardium

Heart

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