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Worksheets

equations & normals

Total questions: 59

Worksheet time: 30mins

Name
Class
Date
1.

What is cerebral perfusion pressure (CPP)?

a)

Blood flow to the brain

b)

blood flow to the heart

c)

blood flow to the lungs

d)

blood flow to the limbs

2.

What is the normal range for Cerebral perfusion pressure (CPP)?

a)

30-50 mmHg

b)

40-80 mmHg

c)

70-90 mmHg

d)

20-40 mmHg

3.

What is the correct equation for Cerebral Perfusion Pressure (CPP)?

a)

CPP=SVR-MIP

b)

CPP=MAP-ICP

c)

CPP=MAP-PEEP

d)

CPP=ICP+MAP

4.

Normal range for ICP?

a)

10-20

b)

25-35

c)

15-25

d)

5-10

5.

What medication is used for ICP?

a)

Metoprolol

b)

Meloxicam

c)

Manatole

d)

Montelukast

6.

What is the range for normal heart rate?

a)

80-100

b)

80-180

c)

90-120

d)

60-100

7.

What is the normal Pulse Pressure?

a)

50

b)

40

c)

35

d)

60

8.

What is the equations for Pulse Pressure?

a)

Systolic pressure - Diastolic pressure

b)

Systolic pressure + Diastolic pressure

c)

Systolic pressure x Diastolic pressure

d)

Systolic pressure / Diastolic pressure

9.

What is the minimum MAP needed to maintain adequate tissue perfusion?

a)

40 mmHg

b)

50 mmHg

c)

60 mmHg

d)

70 mmHg

10.

What is normal Mean Arterial Pressure or MAP?

a)

73

b)

83

c)

93

d)

63

11.

What is the equation for Mean arterial pressure (MAP)?

a)

SBP + (2DBP)/3

b)

SBP - (2DBP)/CO

c)

SBP x (2DBP)/3

d)

SBP / (2DBP)/3

12.

What is the normal range of cardiac output (CO)?

a)

4 - 6

b)

3 - 5

c)

4 - 8

d)

2 - 6

13.

What is the normal cardiac output for neonates?

a)

0.2 - 0.4

b)

0.6 - 0.8

c)

0.3 - 0.6

d)

0.5 - 0.8

14.

What are the 3 ways to measure Cardiac output (CO)?

1. Stroke volume

2. Fick equation

3. Thermal dialution

a)

1 and 2 only

b)

2 and 3 only

c)

1, 2, and 3

d)

2 and 3 only

15.

What is the Cardia output, Fick equation?

a)

Qt =

VO2/C(a-v)O2 x 10

b)

Qt = HR x SV

c)

CO = SV x HR

d)

CO = Qt x C(a-v)o2

16.

What is the cardia output, Stroke volume equation?

a)

CO = HR x SV

b)

Qt = HR x SV

c)

CO = C(a-v)O2-SV

d)

Qt = BP x HR

17.

Normal Stroke volume in adults is..?

a)

20 - 50

b)

30 - 60

c)

50 - 120

d)

80 - 100

18.

What is the normal stroke volume for neonates?

a)

4 mL

b)

6 mL

c)

8 mL

d)

5 mL

19.

What is stroke volume?

a)

how much blood is blood pumping through the body

b)

how much volume is being pumped out of the heart

c)

how much blood is being pumped out with each stroke

d)

how much blood pumping through the heart

20.

What happens to the cardiac output, when stroke volume decreases?

a)

CO stays constant

b)

CO increases

c)

CO decreases

d)

CO resets

21.

What is the normal cardiac index for an adult?

a)

2.5 - 4 L

b)

0.2 - 5.0 L

c)

1.0 - 4.0

d)

3 - 6

22.

Why is cardiac index more often used than cardiac output?

a)

Because its more accurate then cardiac output

b)

its more accurate because it goes by actual body size

c)

its easier to remember

d)

because cardiac output isn't always constant

23.

What are some cause that can increase in Systemic vascular resistance or SVR?

1. hypotension

2. vasoconstriction

3. alergic reaction

a)

1 and 3 only

b)

2 and 3 only

c)

1, 2, and 3 only

d)

1 and 2 only

24.

What are some causes that can cause systemic vascular resistance (SVR) to decrease?

1. vasodilators

2. anaphylaxis

3. allergic reaction

4. hypotension

a)

1 and 2 only

b)

2 and 3 only

c)

1, 2, 3, and 4

d)

1, 2, and 3 only

25.

What side of the heart is the systemic vascular resistance pumped from?

a)

left

b)

right

c)

middle

26.

What is the normal range for Systemic Vascular Resistance?

a)

5 - 15 mmHg/L/min

b)

15 - 30 mmHg/L/min

c)

15 - 20 mmHg/L/min

d)

25 - 40 mmHg/L/min

27.

What is the equation for determining SVR?

a)

(MAP - CVP)/CO

b)

(MAP - PCWP)/CI

c)

(MPAP-PCWP)/CO

d)

(MAP - PRV)/3

28.

What is the normal range for pulmonary vascular resistance or PRV?

a)

2 - 4 mmHg/L/min

b)

1 - 3 mmHg/L/min

c)

2 - 6 mmHg/L/min

d)

1 - 4 mmHg/L/min

29.

Increase in Pulmonary Vascular Resistance occurs in which of the following patients?

1. COPD

2. Pulmonary Embolism

3. Pulmonary hypertension

4. ARDS

a)

1 and 2 only

b)

1, 2 and 3 only

c)

1, 2, 3 and, 4

d)

2, 3 and 4 only

30.

What is the equation for pulmonary vascular resistance (PVR)?

a)

(MPAP-PVR)/CO

b)

(MAP+PCWP)/CO

c)

(MPAP - PCWP)/CO

d)

(MAP - CVP)/CO

31.

Pulmonary vascular resistance is pumped from which side of the heart?

a)

left side

b)

right side

32.

Normal range for A-a gradient?

a)

25 - 65

b)

35- 65

c)

55 - 75

d)

15 - 35

33.

V/Q mismatch normal range?

a)

55 - 95

b)

66 - 100

c)

40 - 300

d)

66 - 300

34.

Shunt normal range?

a)

< 300

b)

> 500

c)

> 300

d)

< 150

35.

Normal O2 content of blood is?

a)

17 - 21

b)

16 - 20

c)

18 - 22

d)

20- 22

36.

A decrease in CaO2 is a result of which of the following?

1. anemia

2. trauma

3. hypoxemia

4. hypotension

a)

1 and 2 only

b)

2 and 4 only

c)

1, 2, and 3 only

d)

2, 3, and 4 only

37.

CvO2 or mixed Venous O2 content is the O2 content of blood returning from tissues..

a)

true

b)

false

38.

Normal CvO2 or mixed venous content is

a)

12% vol%

b)

15 vol%

c)

18 vol%

d)

20vol%

39.

What kind of patient will present with a high measurement of C (a-v) O2?

a)

patient with low stroke volume

b)

patient with high stroke volume

c)

patient with high cardiac output

d)

patient with low cardiac output

40.

What kind of patient will present with a low measurement of C (a-v) O2?

a)

patient who is healthy

b)

patient who is in shock

c)

patient who is septic

d)

patient who has experienced trauma

41.

Normal range for C (a-v)O2 or Arterial Venous Content is?

a)

3 - 5 vol%

b)

4 - 6 vol%

c)

2 - 4 vol%

d)

5 - 7 vol%

42.

Normal Oxygen Consumption or VO2 is?

a)

300 - 450 mL/min

b)

200 - 350 mL/min

c)

400 - 550 mL/min

d)

600 - 750 mL/min

43.

At what percent of a shunt do we move to mechanical ventilation?

a)

20 - 25%

b)

30 - 35%

c)

10 - 15%

d)

5 - 10%

44.

What are some diseases process that can cause a shunt?

1. pulmonary edema

2. pneumonia

3. ARDS

4. atelectasis

5. pulmonary embolism

a)

1, 2, and 3 only

b)

1, 2, 4, and 5

c)

2, 3, and 4 only

d)

1, 2, 3, 4, and 5

45.

What is the normal range for SAO2

a)

80 - 100

b)

90 - 110

c)

95 - 100

d)

85 - 95

46.

Normal oxygen index is?

a)

<10

b)

>10

c)

<15

d)

>15

47.

As oxygen index increases it indicates that the patient is worsening?

a)

true

b)

false

48.

At what percentage in a newborn should ECMO be indicated?

a)

>20

b)

>30

c)

>40

d)

>50

49.

Normal Vd/Vt ratio for a normal patient is?

a)

10 - 30%

b)

20 - 30%

c)

40 - 60%

d)

20 - 40%

50.

Normal Vd/Vt ratio of a patient on a vent is?

a)

20 - 40%

b)

30 - 50%

c)

40 - 60%

d)

50 - 100%

51.

At what Vd/Vt ratio percentage does a normal person need to be vented?

a)

40%

b)

50%

c)

60%

d)

70%

52.

What is normal minute ventilation?

a)

<5

b)

<8

c)

<10

d)

<12

53.

What is the range for normal Stat compliance?

a)

40 - 60

b)

20 - 50

c)

80 - 100

d)

60 - 100

54.

What is the normal range for Dynamic Compliance?

a)

35 - 50

b)

45 - 60

c)

25 - 45

d)

65 - 85

55.

What is normal shunt percentage?

a)

<6%

b)

10 - 20%

c)

20 - 30%

d)

<5%

56.

What is considered mild shunt range?

a)

10 - 20%

b)

40 - 50%

c)

70 - 80

d)

15- - 25%

57.

What should be considered a sever shunt percentage?

a)

greater than 50%

b)

greater than 10%

c)

greater than 30%

d)

greater than 20%

58.

What is considered to be a significant shunt percentage?

a)

10 - 20%

b)

30 - 40%

c)

60 - 70%

d)

20 - 30%

59.

What is the alveolar minute ventilation equation?

a)

(Vt - Vd) x f

b)

(Vt - Vd)-f

c)

(Vt - f) x Vd

d)

(Vd + Vt) x f