Order Hemodynamic Monitoring Discussion

Order Hemodynamic Monitoring Discussion
Order 5993210
Order Hemodynamic Monitoring Discussion
Central venous pressure (CVP) represents the
A. subclavian vein pressure
B. left atrial pressure
C. right atrial pressure
D. right ventricle pressure
Normal value for CVP in an adult is
A. 0 to 8 mmHg
B. 5 to 16 mmHg
C. 8 to 20 mmHg
D. 15 to 28 mmHg
The normal value of the mean pulmonary artery pressure is A. 0 to 8 mmHg
B. 5 to 16 mmHg
C. 8 to 20 mmHg
D. 15 to 28 mmHg
The pulmonary wedge pressure (PWP) represents
A. mean right atrial pressure
B. mean pulmonary artery pressure
C. mean left ventrical pressure
D. mean left atrial pressure
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Order Hemodynamic Monitoring Discussion
Hemodynamic Monitoring / 47
The normal value for PWP in adults is
A. 0 to 8 mmHg
B. 2 to 12 mmHg
C. 5 to 16 mmHg
D. 10 to 22 mmHg
The Fick equation is used to determine
A. cardiac output
B. pulmonary wedge pressure
C. arterial oxygen content
D. mixed venous oxygen content
The normal cardiac index is
A. 2.5 to 4 L/min/m?
B. 4 to 7 L/min/m?
C. 6 to 10 L/min/m?
D. 10 to 15 L/min/m?
The Fick equation is
A. total 0, available = (Q) X (Cao,)
B. Vo, =(Q) X (Cao, — Cvo,)
C. Q= Vo, X (Cao, — Cvo,)
D. PWP =(PAP-—LAP) X (Q)
Which is incorrect about the Swan-Ganz catheter?
A. Uses thermal dilution method
B. Uses dye dilution
C. The proximal port usually lies in the right atrium
D. Used to measure cardiac output
The normal systolic pulmonary blood pressure in the adult
iS
0 to 8 mmHg
5 to 16 mmHg
10 to 22 mmHg
PORS 15 to 28 mmHg
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The normal diastolic pulmonary arterial blood pressure in
the adult is
A. 0 to 8 mmHg .
B. 5 to 16 mmHg
C. 10 to 22 mmHg
D. 15 to 28 mmHg
The normal pulmonary vascular resistance is
A. 2 mmHg/L/min
B. 5 mmHg/L/min
C. 10 mmHg/L/min
D. 17 mmHg/L/min
The pulmonary artery pressure (PAP)
A. assesses right ventricular function
B. assesses pulmonary arterial resistance
C. is directly measured
D. all of the above ~
If the left ventricle is not pumping adequately, the PWP will
A. increase
B. decrease
C. remain the same
D. none of the above
The formula used in calculating systemic vascular resistance is
A. R=(MAP-—RAP)/Q
B. R=(PAP—LAP)/Q
C. R=(PAP—PWP)y/Q
D. R=(PAP—CVP)/Q
The normal systemic vascular resistance equals
A. 2 mmHg/L/min
B. 5 mmHg/L/min
C. 10 mmHg/L/min
D. 17 mmHg/L/min
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