Without practice, your CPR skills will __________. Select one: A. improve over time B. deteriorate over time C. come back automatically when needed D. become part of your muscle memory

Without practice, your CPR skills will __________.

Select one:
A. improve over time
B. deteriorate over time
C. come back automatically when needed
D. become part of your muscle memory

 
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While rescuer one is finishing his or her fifth cycle of 30 compressions, rescuer two should: Select one: A. move to the opposite side of the patient’s chest. B. suction the patient’s mouth and give two more ventilations. C. give two breaths and prepare to start compressions. D. assess for a carotid pulse for 15 seconds.

While rescuer one is finishing his or her fifth cycle of 30 compressions, rescuer two should:

Select one:
A. move to the opposite side of the patient’s chest.
B. suction the patient’s mouth and give two more ventilations.
C. give two breaths and prepare to start compressions.
D. assess for a carotid pulse for 15 seconds.

 
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What is the correct compression-to-ventilation ratio for adult CPR? Select one: A. 30:1 B. 5:1 C. 3:2 D. 30:2

What is the correct compression-to-ventilation ratio for adult CPR?

Select one:
A. 30:1
B. 5:1
C. 3:2
D. 30:2

 
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The impedance threshold device (ITD) may improve circulation during active compression-decompression CPR by:

The impedance threshold device (ITD) may improve circulation during active compression-decompression CPR by:

Select one:
A. maintaining increased intrathoracic pressure during the downward stroke of each chest compression, which forces more blood from both of the ventricles.
B. limiting the amount of air that enters the lungs during the recoil phase between chest compressions, which results in negative intrathoracic pressure and improved cardiac filling.
C. drawing all of the air out of the lungs in between chest compressions, which causes positive intrathoracic pressure and a reduction of blood return to the right side of the heart.
D. maximizing the amount of air in the lungs following chest recoil, which hyperinflates the lungs and forces more blood from the ventricle during each compression.

 
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