This are from my EKG final study notes. Hope it helps!
Sphygmomanometer
Diostolic and Systolic
Pressure indicator
Pressure manometer
Murmur
Diastolic
Systolic
Flutter
12 to 20 breaths per minute
10 to 25 breaths per minute
8 to 18 breaths per minute
15 to 24 breaths per minute
Lack of breath to the lungs
Measurement of the cardiac output
Lungs stop supplying blood to the body
Heart attack
Trans fat
Saturated fat
Cholesterol
Cebum
10
12
8, not including ground
14, including ground
What a normal heart does just before a lub/dub
Caused by blood flow through a heart valve that is closed completely
Caused by blood flow through a heart valve that is not closing all the way
Both A and C
Bipolar leads have more than two connectors, leg leads
Bipolar leads are split at the terminal, triangle leads
Bipolar leads have two leads, limb leads
Bipolar leads are special leads, trunk leads
To check for sufficient bloodflow before applying the blood pressure cuff
It is not the most important vital sign but it's still a good idea to take it if the doctor orders it
Confirms the P wave on the EKG chart
Measures the heartrate in beats per minute
1.2 seconds
12 nanoseconds
Greater than .12 seconds
Less than .12 seconds
The extra electricity required would cause spikes on the print-out
Done to avoid 60-cycle interference
Voltage transients could short out the EKG machine
The circuitry inside the wall would be a parallel path
Right aorta, right ventricle, left aorta, left ventricle
Right atrium, right ventricle, left atrium, left ventricle
Two atria and two verticles
AV left and right, up and down
Pericardium
Epicardium
Endocardium
Indocardium
Controls the flow of blood from chamber to chamber
Controls the flow of blood when the other valves stop functioning
Transfers the electrical signal by conduction to the bundle branches
Controls the flow of deoxygenated blood from the right ventricle to the lungs
Right arm = aVr
Left arm = aVl
Left leg = aVf
All of the above
It is always negative
It is always positive
It is indicating the normal segment
It is indicating an abnormal segment
Breaths per minute (BPM), 6-Second Rule
Beats per minute (BPM), 60-Cycle Rule
Beats per minute (BPM), 6-Second Rule
None of the above
Echocardiogram
Electricalorigram
Endocardiogram
None of the above
Down and to the right
Down and to the left
Curved up to the left
Curved up to the right
Polarity, negative and positive, switching
Heart circuitry
Body's on/off switch
Cardiac conduction
Pulse, blood pressure, respiration, temperature
Pulse, weight, height, temperature
Temperature, blood pressure, ear infection test, palpate
Family history, eating habits, temperature, pulse
The patient has tremors and could indicate abnormal blood flow to the heart
The patient has a heart murmur that could indicate structural heart disease
The patient has a lub dub that could indicate a higher than normal pulse
None of the above
Measures the 25mm per second that the paper moves
Measures the plot of the x and y axis
Measures the electrical activity of the heart
Measures the signal from the brain to the heart
Endocardium
Epocordium
Epicardium
Epicardigraph
Because it is where the electrical impulses are generated and is the starting point of the heart's conduction system
Because the generated electrical impulses travel to the AV node through special heart fibers
Because it is where the sympathetic member vibrates when it receives electrical impulses
None of the above
The venous blood entering the superior and inferior vena cava
The valves opening and closing
The valves when they do not fully close
The contraction of both ventricles
Because of the AV valve attachment locations
Because of swelling in the heart due to excess fluid
Because it has to be able to withstand the higher blood pressure
None of the above
Allow flow both ways depending on if the electrical conduction is present
Allows all flow into each chamber in order of priority
Creates a whirlpool effect to prevent blood stagnation
Allow forward flow and prevent backward flow
A problem which requires a retest
Backflow flow in the heart
The lub-dub cycle in the heart
Fine filaments that cause conduction to start
Abnormal rhythm characterized by flutter and lub
Tachycardia rhythm caused by the Purkinje fibers
Normal rhythm exhibited by all nodes of the heart
Normal rhythm paced by the SA node
To test the polarity of the conduction system
To polarize and unpolarize rhythmically
To maintain a heart rhythm so oxygen and nutrients go to the body cells
Maintain a heart rhythm so fluctuations are not as noticeable
20-80 beats per minute
40-120 beats per minute
50-110 beats per minute
60-100 beats per minute
Innermost layer of the heart that is lined with epithelial tissue
Outermost layer of the heart where conduction takes place
Middle layer of the heart that is lined with epithelial tissue
Liquid filled sac that surrounds and cushions the heart
Low blood pressure
Hypotension
Average blood pressure
Hypertension
Spiking positive then negative once or twice
Sawtooth pattern
Waveform pattern
Triangle pattern
Fibrillation is well organized, flutter is not
There is no really noticeable difference
Flutter is well organized, fibrillation is not
Flutter has between 30-80 contractions per minute
Microcardium, houses the AV detectors
Macrocardium, determines the contraction rate
Myocadmium, measures the electrolytes in the blood
Myocardium, gives the heart the ability to contract and relax
Cardiac number
Cardiac output
Cardinal output number
Cardinal input number
25 mm/sec
2.5 mm/sec
25 mm/min
2.5 mm/min
The number of small squares between two Q waves divided into 300, used for normal sinus rhythm
The number of large squares between two Q waves times 300, used to determine if the heart is enlarged
The number of large squares between two R waves divided into 300, used for arrhythmia
None of the above
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