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Stack #2540517
| Question | Answer |
|---|---|
| Another name for baseline | Iso electric line |
| Any deflection off of the baseline is called | Wave |
| The distance between 2 waves is called a | segment |
| The length of a wave and a segment is called | interval |
| This is heat sensitive | Paper |
| Normal Paper speed is | 25 mm/sec |
| Normal Standardization is | 10mm |
| Vertical plane on the EKG paper represents | voltage |
| Horizontal plane on the EKG paper | time |
| How much time is in on small square | .04 sec |
| How much time is in on one large square | .20 sec |
| The time period when the myocardial cell can not respond to stimulus is | Refractory period |
| The ability of the myocardial cell to depolarize and repolarize is called | Action Potential |
| The part of the ECG machine that converts electrical activity into mechanical motion is the | Galvanometer |
| The writing implement on the ECG machine | Stylus |
| This represents Atrial Depolarization | P wave |
| This represents Ventricular Depolarization | QRS Complex |
| This represents Ventricular Repolarization | T wave |
| The inherent rate of the SA node is | 60-100 BPM |
| The inherent rate of the AV node is | 40-60 BPM |
| The inherent rate of the ventricular myocardial cells (Purkinje Fibers) | 20-40 BPM |
| On all Sinus ECG's the initiation of the impulse is where | SA Node |
| After exercising Jane's SA node starts to pace her heart at 115 bpm. this is called | Tachycardia |
| Conduction order | SA Node, Atrial depolarization, AV node, Bundle of HIS, L & R BB, Purkinge Fibers, Vetricles depolarization, Ventricle repolarization |