Rt Study Guide Cardiovascular II
Settings
.
- 1.Pressure during contraction phase of the heart
- A.
Diastolic pressure
- B.
Systolic pressure
- C.
Pressure gradient
- D.
Osmotic pressure
- 2.Normal value of systolic pressure
- A.
90 - 130 mmHg
- B.
80 - 110 mmHg
- C.
60 -70 mmHg
- D.
130 - 150 mmHg
- 3.Reflection of the cardiac work (left ventricle pump)
- A.
Diastolic pressure
- B.
Negative pressure
- C.
Systolic pressure
- D.
Positive pressure
- 4.Pressure during relaxation phase of the heart
- A.
Systolic pressure
- B.
Diastolic pressure
- C.
Negative pressure
- D.
Positive pressure
- 5.Normal value of diastolic pressure
- A.
90 - 120 mmHg
- B.
60 -70 mmHg
- C.
60 - 90 mmHg
- D.
100 - 12 mmHg
- 6.Reflection of blood volume
- A.
Diastolic pressure
- B.
Systolic pressure
- C.
Positive pressure
- D.
Negative pressure
- 7.Shock is equal to
- A.
Low blood pressure
- B.
High blood pressure
- C.
Low calcium
- D.
Low cholesterol
- 8.MI>120/80>100/80
- A.
Non cardiogenic shock
- B.
Cardiogenic shock
- C.
Hypertension
- D.
All of the above
- 9.GSW>>>120/80>>>100/50
- A.
Non cardiogenic shock
- B.
Cardiogenic shock
- C.
Hypertension
- D.
Non of the above
- 10.When a patient has excessive blood loss or low blood volume they may go into
- A.
Cardiac arrest
- B.
Non cardiogenic shock
- C.
Cardiogenic shock
- D.
A coma
- 11.Cardiogenic shock is exerted by
- A.
Systolic pressure
- B.
Diastolic pressure
- C.
Negative pressure
- D.
Positive pressure
- 12.Non cardiogenic shock is exerted by the volume of
- A.
Systolic pressure
- B.
Positive pressure
- C.
Diastolic pressure
- D.
Negative pressure
- 13.Average pressure in the Arterial System over a given time
- A.
Mean arterial pressure
- B.
Partial pressure
- C.
100 % saturation
- D.
Negative pressure
- 14.Normal value of blood pressure
- A.
4 - 8 Lpm
- B.
80 - 100 mmHg
- C.
60 - 100 mmHg
- D.
60 - 80 mmHg
- 15.Severely decreases perfusion to main organs if the Mean Arterial Pressure falls below
- A.
- B.
- C.
- D.
- 16.Total amount of blood pumped by the heart per minute
- A.
Systolic pressure
- B.
Cardiac output
- C.
Mean arterial pressure
- D.
Diastolic pressure
- 17.Cardiac Output = Heart Rate X ?
- A.
Stroke volume
- B.
Mean arterial pressure
- C.
Systolic pressure
- D.
3
- 18.Normal value for cardiac output
- A.
10 mmHg
- B.
5 L/min
- C.
80 - 100mmHg
- D.
120/80
- 19.Absolute value for cardiac output
- A.
Stroke volume
- B.
5 L/min
- C.
10 mmHg
- D.
120/80
- 20.Absolute value for Mean Arterial Pressure
- A.
82
- B.
90
- C.
95
- D.
85
- 21.Volume of blood pumped by the heart per minute divided by body surface area
- A.
Surface tension
- B.
Cardiac index
- C.
Cardiac output
- D.
Stroke volume
- 22.When cardiac index goes up so does
- A.
Cardiac output
- B.
Stroke volume
- C.
End diastolic volume (EDS)
- D.
End systolic volume (ESV)
- 23.When cardiac index goes down so does
- A.
End diastolic volume (EDV)
- B.
End systolic volume (ESV)
- C.
Cardiac output
- D.
Stroke volume
- 24.Amount of blood ejected from the ventricle with each ventricular contraction
- A.
Cardiac index
- B.
End diastolic volume (EDV)
- C.
Stroke volume
- D.
Cardiac output
- 25.As stroke volume goes up (more blood is pushed out) so does
- A.
End systolic volume (ESV)
- B.
Cardiac output
- C.
Stroke index
- D.
Cardiac index
Back to top