WorksheetsUnderstanding Asthma
Total questions: 20
Worksheet time: 10mins
Which statement best defines asthma in the context of airway pathology?
A vascular disease affecting pulmonary arteries
A mechanical obstruction of the trachea only
An acute infection limited to the alveolar sacs
A chronic inflammatory disorder of the airways
During exercise planning for an asthma patient, which feature most explains episodes of wheezing and chest tightness?
Diaphragmatic weakness unrelated to airway tone
Fixed airway diameter preventing ventilation changes
Bronchial hyperresponsiveness causing variable airflow limitation
Excessive alveolar perfusion without inflammation
A patient reports night-time coughing with intermittent dyspnea that improves after bronchodilator use. Which reasoning best supports an asthma diagnosis?
Symptoms are variable and often reversible with therapy
Symptoms arise from isolated tracheal cartilage fractures
Symptoms indicate irreversible structural airway remodeling
Symptoms are constant and never improve over time
Which environmental factor most commonly provokes exercise-induced bronchoconstriction during outdoor winter training, as shown in the image of a runner?
Warm humid air during rainfall
Cold dry air in frigid temperatures
High altitude with normal humidity
Strong sunlight without wind
Which statement best describes how exercise can affect asthma and long-term fitness participation?
Exercise can provoke symptoms, reducing participation
Exercise consistently prevents asthma flare-ups
Exercise always improves participation despite symptoms
Exercise never influences cardiorespiratory fitness
A swimmer frequently experiences coughing after training in an indoor pool. Which trigger is the most likely cause?
Sea salt aerosols from ocean water
Chlorine byproducts in pool air
High carbon dioxide in exhaled breath
Excess humidity at poolside benches
Which measurement best quantifies airway obstruction changes after vigorous exercise in an asthma evaluation?
Peak expiratory flow averaged over ten minutes
Inspiratory reserve volume at end exercise
Forced expiratory volume in one second change
Total lung capacity measured at rest
During graded treadmill testing for an asthma patient, which finding should trigger test termination in addition to standard criteria?
Blood pressure increasing by ten millimeters of mercury
Oxyhemoglobin saturation equal to or below eighty percent
Heart rate exceeding age-predicted maximum by five beats
Minute ventilation reaching predicted tidal volume limit
Before conducting an exercise test for an individual with asthma, which preparatory action is sometimes indicated to optimize safety and data quality?
Provide a carbohydrate drink thirty minutes beforehand
Apply a cooling vest to reduce airway irritation
Schedule testing only in the late afternoon hours
Administer an inhaled bronchodilator prior to testing
You are planning a protocol to assess exercise-induced bronchoconstriction. Which combined approach most appropriately captures both performance and pulmonary response?
Isometric handgrip test with peak flow diary review
Six-minute walk test with resting tidal volume check
Stair-climb test with end-test blood pressure alone
Cycle ergometer test with postexercise spirometry for FEV1
Which aerobic frequency aligns with FITT for adults with asthma starting training?
Only 1 day per week
Twice per month
Exactly 7 days per week
Minimally 3 days per week
For resistance training in asthma, what intensity is appropriate for beginners?
60%–70% of 1-RM
30%–40% of 1-RM
>90% of 1-RM
50%–55% of 1-RM
A patient reports wheezing after a viral illness. What is the safest action before exercise?
Delay training until symptoms improve
Proceed with low-intensity intervals
Switch exclusively to flexibility work
Use long-acting bronchodilator only
Which time target matches aerobic FITT once tolerated?
Progress to 30–40 minutes per day
Limit to 15 minutes every other day
Keep sessions under 10 minutes
Train 60 minutes twice daily
When might short-acting bronchodilators be necessary around exercise for asthma?
Only in cold weather
Only during sleep
Never with supervised training
Before or after sessions
Choose the most suitable flexibility guideline for asthma rehabilitation.
One long stretch weekly
Ballistic bouncing stretches
No stretching when asymptomatic
Static holds 10–30 seconds
You plan a circuit for an asthma client. Which combination best follows FITT and reduces exacerbation risk?
Random activities weekly, variable heavy sets, no stretching
Low-intensity cycling daily, maximal lifts weekly, prolonged static holds
High-intensity sprints, consecutive heavy lifts, occasional stretching
Moderate-intensity walking, nonconsecutive resistance days, daily gentle stretching
Which outcome is a direct benefit of regular exercise training for individuals with asthma?
Increased airway inflammation during activity
Elimination of the need for inhaled medications
Improved cardiorespiratory fitness and quality of life
Permanent cure of airway hyperresponsiveness
A patient with asthma begins a supervised exercise program. Which change best indicates reduced disease burden over time?
More frequent use of rescue inhaler pre-exercise
Shorter symptom-free intervals between flares
Higher resting heart rate every morning
Fewer asthma exacerbations requiring intervention
You are planning outcomes for a 12-week aerobic training plan in adults with stable asthma. Which realistic goal aligns with evidence?
Improved lung function and more symptom-free days
Reversal of structural airway remodeling
Complete discontinuation of controller therapies
Immediate normalization of peak flow after one session
