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WorksheetsFHP - Coronary Circulation, Heart Conduction & EKG Test
Total questions: 101
Worksheet time: 3hrs 22mins
How does the heart get it's blood supply
Aorta
Vena Cavas
Pulmonary Artery
Coronary Arteries
Coronary Veins
What are the two reasons that the heart can't get it's oxygen, carbohydrate and water supply just from the blood in it's chambers?
Why is it so critical that the 2 coronary arteries, the Right and Left coronary Arteries are located where they are in terms of system circulatioin?
Where is the opening for the Right and Left Coronary Artery Located
At the base of the Aortic Arch at the opening of the Pulmonary Semilunar Valve
At the base of the Aortic Arch at the opening of the Aortic Semilunar Valve
At the Coronary Sinus where it drains into the Right Atrium
At the Coronary Sinus where it drains into the Left Atrium
At the base of the Pulmonary Veins, rich in oxygen where it drains into the Left Atrium
Within the Coronary Circulation system, where is deoxygenated blood delivered back to the heart
Coronary Sinus at the Right Atrium
Coronary Sinus at the Left Atrium
Coronary Sinus at the Superior Vena Cava
Coronary Sinus at the Inferior Vena Cava
Coronary Sinus at the Pulmonary Semilunar Valve
The pacemaker of the heart is known as the
SA Node - Sinoatrial Node
AV Node - Atrioventricular Node
AV Bundle or Bundle of His
Purkinje Fibers
The node that delays the elecrical impulse in the heart is the
SA Node - Sinoatrial Node
AV Node - Atrioventricular Node
AV Bundle or Bundle of His
Purkinje Fibers
The node that serves as a "Relay Station" of the electrical impulse to the Ventricles is the
SA Node - Sinoatrial Node
AV Node - Atrioventricular Node
AV Bundle or Bundle of His
Purkinje Fibers
This part of the Heart Conduction System "Splits" the electrical impulse into right and left impulses
SA Node - Sinoatrial Node
AV Node - Atrioventricular Node
AV Bundle or Bundle of His
Purkinje Fibers
The Part of the Hearts electrical conduction system that causes the Atria to contract is the
SA Node - Sinoatrial Node
AV Node - Atrioventricular Node
AV Bundle or Bundle of His
Purkinje Fibers
The Part of the Hearts electrical conduction system that causes the Ventricles to contract is the
SA Node - Sinoatrial Node
AV Node - Atrioventricular Node
AV Bundle or Bundle of His
Purkinje Fibers
This part of the Heart's Electrical conduction system is found in the Upper Corner of the Right Atrium near the Superior Vena Cava
SA Node - Sinoatrial Node
AV Node - Atrioventricular Node
AV Bundle or Bundle of His
Purkinje Fibers
This part of the Heart's Electrical conduction system is found in the Lower Corner of the Right Atrium near the border of the Interatrial and Interventricular Septums
SA Node - Sinoatrial Node
AV Node - Atrioventricular Node
AV Bundle or Bundle of His
Purkinje Fibers
This part of the Heart's Electrical conduction system is found in Interventricular Septum
SA Node - Sinoatrial Node
AV Node - Atrioventricular Node
AV Bundle or Bundle of His
Purkinje Fibers
This part of the Heart's Electrical conduction system is found in outer walls of the ventricles
SA Node - Sinoatrial Node
AV Node - Atrioventricular Node
AV Bundle or Bundle of His
Purkinje Fibers
What two parts of the Heart's Electrical conduction system actually cause a contraction of muscle tissue
SA Node - Sinoatrial Node
AV Node - Atrioventricular Node
AV Bundle or Bundle of His
Purkinje Fibers
What two parts of the Heart's Electrical conduction system do not cause any contraction of muscle tissue, but just transmit the electrical impulse
SA Node - Sinoatrial Node
AV Node - Atrioventricular Node
AV Bundle or Bundle of His
Purkinje Fibers
DEEP THOUGHT QUESTION! Which part of the Heart's Conduction System regulates the Heart's Cardiac Output?
SA Node - Sinoatrial Node
AV Node - Atrioventricular Node
AV Bundle or Bundle of His
Purkinje Fibers
What "heart pump", pumps blood to the Lungs
(a)
What "heart pump", pumps blood to the Body
(a)
What side of the heart, is the Pulmonary Pump
(a)
What side of the heart, is the Systemic Pump
(a)
Where does the Pulmonary Pump deliver blood for Gas Exchange
Lung Capillaries
Body Capillaries
Lung Arteries
Body Arteries
Pulmonary Vein
Where does the Systemic Pump deliver blood for Gas Exchange
Body Capillaries
Lung Capillaries
Body Arteries
Body Veins
Pulmonary Arteries
Which gas exchange scenerio BEST describes what happens with the Pulmonary Pump
CO2 in the blood is exchanged for O2 from the lungs
O2 in the blood is exchanged for CO2 from the lungs
O2 in the blood is exchanged for CO2 from the body tissues and cells
CO2 in the blood is exchanged for O2 from the body tissues and cells
Which gas exchange scenerio BEST describes what happens with the Systemic Pump
CO2 in the blood is exchanged for O2 from the lungs
O2 in the blood is exchanged for CO2 from the lungs
O2 in the blood is exchanged for CO2 from the body tissues and cells
CO2 in the blood is exchanged for O2 from the body tissues and cells
Regarding the heart pumping, when the ventricle contract and the atria fill, this is known as (a)
Systole
Diastole
Stroke Volume
Cardiac Output
Cardiac Cycle
Regarding the heart pumping, when the atria contract and the ventricle fill, this is known as
Diastole
Stroke Volume
Cardiac Output
Systole
Cardiac Cycle
Regarding the heart pumping, the amount of blood squeezed out of the ventricles in one minute is called
Diastole
Stroke Volume
Cardiac Output
Systole
Cardiac Cycle
Regarding the heart pumping, the amount of blood squeezed out of the ventricles in one contraction is called
Diastole
Stroke Volume
Cardiac Output
Systole
Cardiac Cycle
Regarding the heart pumping, each beat of the heart is called
Diastole
Stroke Volume
Cardiac Output
Systole
Cardiac Cycle
Regarding the heart pumping, which two below constitue the Cardiac Cycle
Diastole
Stroke Volume
Cardiac Output
Systole
During which phase of an EKG, is the heart ready to begin it's .8 second Cardiac Cycle
Option 7
Option 1
Option 2
Option 3
Option 4
Which of the labeled parts represent Fibers that cause cardiac muscle to contract
A
B
C
D
