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Worksheets

Learning Objectives

Total questions: 8

Worksheet time: 4mins

Name
Class
Date
1.

Sophia is studying respiratory physiology and wants to estimate the minute ventilation for women using body surface area (BSA). What formula should she use?

a)

Women = 3 × BSA

b)

Women = 3.5 × BSA

c)

Women = 4 × BSA

2.

Daniel is conducting an experiment on respiratory physiology. He needs to adjust the minute ventilation of a patient. Fill in the blank: Minute ventilation should be decreased by 9%/°C between ___°C and 37°C.

a)

35

b)

33

c)

30

d)

32

3.

Daniel wants to calculate his Ideal Body Weight (IBW) in pounds. What formula should he use?

a)

106 + 6(H - 60)

b)

105 + 5(H - 60)

c)

100 + 4(H - 60)

d)

110 + 7(H - 60)

4.

Kai is measuring the volume of air he breathes in during a respiratory exercise. Calculate the tidal volume (VT) if the inspiratory time (Ti) is 2 seconds and the flow rate (V̇) is 300 mL/sec. Use the formula VT = V̇ × Ti.

a)

VT = V̇ × Ti = 300 mL/sec × 2 seconds = 600 mL.

b)

VT = V̇ × Ti = 300 mL/sec × 2 seconds = 500 mL.

c)

VT = V̇ × Ti = 300 mL/sec × 2 seconds = 700 mL.

d)

VT = V̇ × Ti = 300 mL/sec × 2 seconds = 400 mL.

5.

Inspiratory pause is not commonly used in clinical practice because:

a)

it is difficult to perform.

b)

it provides no clinical benefit.

c)

it can cause patient discomfort.

d)

it is time-consuming.

6.

Kai is a respiratory therapist who has just initiated pressure ventilation at low pressure for a patient. What should he check and adjust after this procedure?

a)

A) PEEP

b)

B) V_T

c)

C) PSV

d)

D) PCV

7.

During a clinical training session, Anika is learning about ventilator settings. She needs to set the initial settings for _______ which include setting baseline pressure and determining VT in a type of pressure ventilation.

a)

PSV

b)

CPAP

c)

SIMV

d)

ACV

8.

Michael is a respiratory therapist working in a hospital. He needs to calculate the Pressure Support Ventilation (PSV) for a patient on pressure support ventilation. What is the formula he should use?

a)

PSV = (PIP – Pplateau)

b)

PSV = (PIP + Pplateau)

c)

PSV = (PIP – Pplateau)/flow

d)

PSV = (PIP + Pplateau)/flow