Homework Answers
proceedure 1...
1...P wave...shows depolarisation of the atria
2...PR interval....time between the first deflection of P wave and first deflection of QRS complex.i means wave of depolarisation is now going to doplarize interventicular segment
3.QRS complex....means depolarisation of ventricles
4. means the resting phase of the heart when all chambers of the heart are in a phase of repolasrepolar
5.ST segment...it reflects the the period of zero potential between venttricular depolrization and repolrsation.
6.T wave...means repolarization of ventricles
proceedure 2...
2.heart rate = 1500/RR interval
tracing 1 HR = 1500/30=50
tracing 2 HR =1500/20=75
tracing 1 is low HR
tracing 2 is normal HR
ans 3...
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Procedure 1 Correlating Points on an ECG with Electrical Events of the Heart Let's start by...
Procedure 1 Interpreting an ECG You will now perform some basic ECG interpretation. Following are two...
Procedure 1 Interpreting an ECG You will now perform some basic ECG interpretation. Following are two tracings for which you will calculate the heart duration of key periods of the ECG. 1 Identify and label the P wave, QRS complex, T wave, P-R interval, R-R interval, and Q-T interval on Tracings 1 and 2 in Figure 11.27 Tracing 1 Tracing 2 FIGURE 11.27 ECG tracings 2 Cakulate the heart rate for each tracing, Are the values normal or abnormal? Heart...
7. Determine the values for the following ECG tracings (Pages 521). Use Figure 19.7 (Page 579) to identify the wave...
7. Determine the values for the following ECG tracings (Pages 521). Use Figure 19.7 (Page 579) to identify the waves and measurements Tracing 1 Tracing 2 Values for ECG periods. See the examples in bold font Normal values Tracing 2 Tracing 1 Value Heart Rate R-R interval QRS duration P-R interval 0.38 sec 0.40 sec 0.42-0.44 sec Q-T interval Find normal values on Table 19.5 Page 520 Explain how do you determine the heart rate in an EKG. Provide the...
Identify the electrical activity associated with each of the ECG components and indicate whether the electrical...
Identify the electrical activity associated with each of the ECG components and indicate whether the electrical activity in the heart has the same or opposite polarity as Lead II. • P wave: • QRS complex: • T wave:
61. What state creates electrical activity that can be picked up on the ECG tracing? a...
61. What state creates electrical activity that can be picked up on the ECG tracing? a Depolarized state b. Polarized state c. Repolarized state d. All of the above e. A and C Upward movement away from the baseline in an ECG tracing. a. Isoelectrie line b. Negative deflection c. Positive deflection d. Complex e. Wave 63. A period of time between two points or events on the ECG tracing a. Wave b. Complex c. Isoelectric line d. Segment e....
4. To interpret an ECG, we must look at the regularity of heart beats (regular, irregular),...
4. To interpret an ECG, we must look at the regularity of heart beats (regular, irregular), rhythm (sinus or other), heart rate, cardiac axis, duration, a description of the P wave, QRS complexes, Enlargement Figure 1-4. Standard graph paper measurements A Graph paper. conduction intervals. of one square of graph paper The ECG paper speed is 25 mm/sec. Calculate from the heart rate shown in the ECG tracing (a). Show your work. (3) a. b. Lead 1 ii) Which is...
i dont under stand how to figure out the bpm with this information Search... Heart Physiology ECG and nd ea Cegle Br...
i dont under stand how to figure out the bpm with this
information
Search... Heart Physiology ECG and nd ea Cegle Brightspace aMyCampus G Google (2) Lab Notebook ECG Components Heart Rate bpm ECG Component Cycle 1 Cycle 2 Cycle 3 Mean Normal Duration P wave 11 11 12 0.11s 0.06-0.11 PR Interval 22 0.23s 0.12-0.20 23 24 PR segment 17 13 0.14s 0.08 12 QRS complex 08 07 08 0.08s <0.12 0.34s 0.36-0.44 33 QT interval 38 31 ST...
match the part of the ecg with the correct description + R R Q S P-R...
match the part of the ecg with the correct description
+ R R Q S P-R segment S-T segment Millivolts P wave T wave PR interval QT interval QRS complex P Wave PR interval QRS Complex A. The sinoatrial node fires, depolarizing the atria The entire period in which ventricles depolarize, then B. repolarize. Represents the complete duration of ventricular systole Electrical signal causing depolarization travels from the sinoatrial node to the atrioventricular node D. The right and left ventricles...
Fill out the heart rate table in the sitting tab Lab Notebook Standing Sitting After Exercise...
Fill out the heart rate table in the sitting tab
Lab Notebook Standing Sitting After Exercise Cycle 2 ECG Component Cycle 1 Cycle 3 Mean Normal Duration Os 0.06-0.11 P wave P-R interval P-R segment Os 0.12-0.20 Os 0.08 Os <0.12 Os 0.36-0.44 QRS complex Q-T interval ST segment Os 0.12 Os 0.16 T wave Amplitude Omv <0.25 Stand P wave
Fill out the heart rate table in the sitting tab Lab Notebook Standing Sitting After Exercise...
Fill out the heart rate table in the sitting tab
Lab Notebook Standing Sitting After Exercise Cycle 2 ECG Component Cycle 1 Cycle 3 Mean Normal Duration Os 0.06-0.11 P wave P-R interval P-R segment Os 0.12-0.20 Os 0.08 Os <0.12 Os 0.36-0.44 QRS complex Q-T interval ST segment Os 0.12 Os 0.16 T wave Amplitude Omv <0.25 Stand P wave
ECG Practice Qui Calculate Heart rate rate 4:10.1 P-R interval 0.5 O.4 QRS interval Q-T interval
ECG Practice Qui Calculate Heart rate rate 4:10.1 P-R interval 0.5 O.4 QRS interval Q-T interval
Procedure 1 Interpreting an ECG You will now perform some basic ECG interpretation. Following are two tracings for which you will calculate the heart duration of key periods of the ECG. 1 Identify and label the P wave, QRS complex, T wave, P-R interval, R-R interval, and Q-T interval on Tracings 1 and 2 in Figure 11.27 Tracing 1 Tracing 2 FIGURE 11.27 ECG tracings 2 Cakulate the heart rate for each tracing, Are the values normal or abnormal? Heart...
7. Determine the values for the following ECG tracings (Pages 521). Use Figure 19.7 (Page 579) to identify the waves and measurements Tracing 1 Tracing 2 Values for ECG periods. See the examples in bold font Normal values Tracing 2 Tracing 1 Value Heart Rate R-R interval QRS duration P-R interval 0.38 sec 0.40 sec 0.42-0.44 sec Q-T interval Find normal values on Table 19.5 Page 520 Explain how do you determine the heart rate in an EKG. Provide the...
61. What state creates electrical activity that can be picked up on the ECG tracing? a Depolarized state b. Polarized state c. Repolarized state d. All of the above e. A and C Upward movement away from the baseline in an ECG tracing. a. Isoelectrie line b. Negative deflection c. Positive deflection d. Complex e. Wave 63. A period of time between two points or events on the ECG tracing a. Wave b. Complex c. Isoelectric line d. Segment e....
4. To interpret an ECG, we must look at the regularity of heart beats (regular, irregular), rhythm (sinus or other), heart rate, cardiac axis, duration, a description of the P wave, QRS complexes, Enlargement Figure 1-4. Standard graph paper measurements A Graph paper. conduction intervals. of one square of graph paper The ECG paper speed is 25 mm/sec. Calculate from the heart rate shown in the ECG tracing (a). Show your work. (3) a. b. Lead 1 ii) Which is...
i dont under stand how to figure out the bpm with this
information
Search... Heart Physiology ECG and nd ea Cegle Brightspace aMyCampus G Google (2) Lab Notebook ECG Components Heart Rate bpm ECG Component Cycle 1 Cycle 2 Cycle 3 Mean Normal Duration P wave 11 11 12 0.11s 0.06-0.11 PR Interval 22 0.23s 0.12-0.20 23 24 PR segment 17 13 0.14s 0.08 12 QRS complex 08 07 08 0.08s <0.12 0.34s 0.36-0.44 33 QT interval 38 31 ST...
match the part of the ecg with the correct description
+ R R Q S P-R segment S-T segment Millivolts P wave T wave PR interval QT interval QRS complex P Wave PR interval QRS Complex A. The sinoatrial node fires, depolarizing the atria The entire period in which ventricles depolarize, then B. repolarize. Represents the complete duration of ventricular systole Electrical signal causing depolarization travels from the sinoatrial node to the atrioventricular node D. The right and left ventricles...
Fill out the heart rate table in the sitting tab
Lab Notebook Standing Sitting After Exercise Cycle 2 ECG Component Cycle 1 Cycle 3 Mean Normal Duration Os 0.06-0.11 P wave P-R interval P-R segment Os 0.12-0.20 Os 0.08 Os <0.12 Os 0.36-0.44 QRS complex Q-T interval ST segment Os 0.12 Os 0.16 T wave Amplitude Omv <0.25 Stand P wave
Fill out the heart rate table in the sitting tab
Lab Notebook Standing Sitting After Exercise Cycle 2 ECG Component Cycle 1 Cycle 3 Mean Normal Duration Os 0.06-0.11 P wave P-R interval P-R segment Os 0.12-0.20 Os 0.08 Os <0.12 Os 0.36-0.44 QRS complex Q-T interval ST segment Os 0.12 Os 0.16 T wave Amplitude Omv <0.25 Stand P wave
ECG Practice Qui Calculate Heart rate rate 4:10.1 P-R interval 0.5 O.4 QRS interval Q-T interval
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