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77 Cards in this Set
- Front
- Back
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lead I is at what degree
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0
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lead I is at what degree
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0
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lead II is at what degree
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60
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lead II is at what degree
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60
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lead III is at what degree
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120
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lead III is at what degree
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120
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AVF is what degree
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90
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AVF is what degree
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90
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AVR is what degree
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-150
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AVR is what degree
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-150
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AVL is what degree
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-30
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AVL is what degree
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-30
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name the infreior leads
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II - 60
III - 120 AVF - 90 |
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name the infreior leads
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II - 60
III - 120 AVF - 90 |
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name the infreior leads
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II - 60
III - 120 AVF - 90 |
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name the infreior leads
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II - 60
III - 120 AVF - 90 |
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name the left lateral leads
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I - 0
AVL - -30 |
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name the left lateral leads
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I - 0
AVL - -30 |
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name the left lateral leads
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I - 0
AVL - -30 |
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where is V6 placed
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5th intercostal space midaxillary line
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where is V6 placed
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5th intercostal space midaxillary line
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where is V6 placed
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5th intercostal space midaxillary line
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left lateral leads (including precordial)
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I AVL, V5 V6
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left lateral leads (including precordial)
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I AVL, V5 V6
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left lateral leads (including precordial)
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I AVL, V5 V6
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left lateral leads (including precordial)
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I AVL, V5 V6
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anterior leads
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V1-V4
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anterior leads
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V1-V4
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anterior leads
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V1-V4
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anterior leads
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V1-V4
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inferior leads are ?
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II, III, AVF
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inferior leads are ?
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II, III, AVF
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inferior leads are ?
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II, III, AVF
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small box time is
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.04 s/1mm
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small box time is
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.04 s/1mm
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small box time is
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.04 s/1mm
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big box time
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5 little boxes make .2 s
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big box time
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5 little boxes make .2 s
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big box time
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5 little boxes make .2 s
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big box time
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5 little boxes make .2 s
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what type of waves do V3 and V4 form
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biphasic
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what type of waves do V3 and V4 form
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biphasic
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what type of waves do V3 and V4 form
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biphasic
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right axis deveation
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negative lead I positive AVF
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right axis deveation
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negative lead I positive AVF
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right axis deveation
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negative lead I positive AVF
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right axis deviation isdefined as being between
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90 and 180 degrees
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right axis deviation isdefined as being between
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90 and 180 degrees
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right axis deviation isdefined as being between
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90 and 180 degrees
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left axis deviation is defined as being between
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0 and -90
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left axis deviation is defined as being between
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0 and -90
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left axis deviation is defined as being between
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0 and -90
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left axis deviation is defined as being between
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0 and -90
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up ward small boxes measure how much
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.1 mV
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up ward small boxes measure how much
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.1 mV
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up ward small boxes measure how much
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.1 mV
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upward deflection of a big box represents
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.5 mV
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upward deflection of a big box represents
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.5 mV
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upward deflection of a big box represents
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.5 mV
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EKG characteristics of a normal P wave
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less than .12 seconds in duration not exceeding 2.5 mm in height
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EKG characteristics of a normal P wave
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less than .12 seconds in duration not exceeding 2.5 mm in height
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EKG characteristics of a normal P wave
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less than .12 seconds in duration not exceeding 2.5 mm in height
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what leads are needed to assess atrial enlargement
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II and V1 (biphasic normally)
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what leads are needed to assess atrial enlargement
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II and V1 (biphasic normally)
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what leads are needed to assess atrial enlargement
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II and V1 (biphasic normally)
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right atrial enlargement on an EKG has often been called
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P pulmonale
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right atrial enlargement on an EKG has often been called
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P pulmonale
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right atrial enlargement on an EKG has often been called
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P pulmonale
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how is Right atrial enlarbement diagnosed
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the prescence of P waves with an amplitude exceeding 2.5mm in the inferior leads II, III, and AVF
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how is Right atrial enlarbement diagnosed
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the prescence of P waves with an amplitude exceeding 2.5mm in the inferior leads II, III, and AVF
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how is Right atrial enlarbement diagnosed
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the prescence of P waves with an amplitude exceeding 2.5mm in the inferior leads II, III, and AVF
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how is Right atrial enlarbement diagnosed
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the prescence of P waves with an amplitude exceeding 2.5mm in the inferior leads II, III, and AVF
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left atrial enlargment diagnosis requires what on EKG
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the terminal portion of the p wave should drop at least 1mm below the isoelectric line in lead V1 and also that the terminal portion of the p wave should be at least one small (.04s) box in width the electrocardiographic picture of left atrial enlargement has been called P Mitrale
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left atrial enlargment diagnosis requires what on EKG
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the terminal portion of the p wave should drop at least 1mm below the isoelectric line in lead V1 and also that the terminal portion of the p wave should be at least one small (.04s) box in width the electrocardiographic picture of left atrial enlargement has been called P Mitrale
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left atrial enlargment diagnosis requires what on EKG
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the terminal portion of the p wave should drop at least 1mm below the isoelectric line in lead V1 and also that the terminal portion of the p wave should be at least one small (.04s) box in width the electrocardiographic picture of left atrial enlargement has been called P Mitrale
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left atrial enlargment diagnosis requires what on EKG
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the terminal portion of the p wave should drop at least 1mm below the isoelectric line in lead V1 and also that the terminal portion of the p wave should be at least one small (.04s) box in width the electrocardiographic picture of left atrial enlargement has been called P Mitrale
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left atrial enlargment diagnosis requires what on EKG
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the terminal portion of the p wave should drop at least 1mm below the isoelectric line in lead V1 and also that the terminal portion of the p wave should be at least one small (.04s) box in width the electrocardiographic picture of left atrial enlargement has been called P Mitrale
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