Ch4 Pulm questions Flashcards
A woman is diagnosed with LLL PNA, you perform tactile premitus on her left lower thorax, you would expect fremitus to be... A: Decreased B: Increased C: Unchanged D: Displaced
B: Increased
When you percuss that patients left lower thorax, you would expect the sound to be…
1) Dull
2) Resonant
3) Flat
4) Hyperresonant
A: Dull
When you perform the test for egophony on this patient, you would expect to hear... A: EEE B: AAAy C: Whispered Pectoriloquy D: OOO
B: AAAy
In a patient with lobar PNA you would expect breath sounds on auscultation to reveal... A: Rhonchi B: Egophony C: Decreased Resonance D: Increased Air Movement
B: Egophony
You see a guy with SOB, and 100-pack/year history, and you diagnose him with COPD, On physical examination of the thorax, you would expect to find... A) Increased AP B) Decreased AP C) No change in AP D) Pectus Excavatum
A: Increased AP
Upon auscultation in a patient with COPD, you would expect to hear... A) Stridor B) Delayed expiratory phase C) Late Inspiratory Crackles D) Pleural Rub
B) Delayed Expiratory Phase
A 19-year old college student who is 6’2’’ and 135 pounds comes in for sudden dyspnea. You dx a PTX. What findings would you expect with percussion of the thorax?
A) Decreased resonance on the affected side
B) Increased (hyperresonance) on the affected side
C) Increased resonance on the nonaffected side
D) Dullnes
B: Increased resonance on the affected side. (hyperresonant)
In a patient with a PTX, what findings would you expect with auscultation of the thorax on the affected side? A: Wheezes B: Rhonchi C: Absent Breath Sounds D: Resonance
C: Absent Breath Sounds
In a healthy adult, the expected measurement of descent of the diaphragm is…
1: 1 to 2cm
2: 5 to 6cm
3: 7 to 8 cm
4: 10 to 12cm
B: 5 to 6cm
In a healthy adult, the respiratory rate is... A: 4-14 B: 14-16 C: 14-20 D: 24-40
C: 14-20
Location, anteriorly, of the lower border of the lung.
A: 1st and 2nd interspaces anteriorly and between the scapulae.
B: Sternal angle anterioly and T4 spinsous process posteriorly.
C: T10 S.P.
D: Palpable Vibrations transmitted when the patient speaks
E: 6th rib midclavicular line. And 8th rib mid axillary.
E: 6th rib midclavicular line. And 8th rib mid axillary.
Location, posterioly, of the lower border of the lung.
A: 1st and 2nd interspaces anteriorly and between the scapulae.
B: Sternal angle anterioly and T4 spinsous process posteriorly.
C: T10 S.P.
D: Palpable Vibrations transmitted when the patient speaks
E: 6th rib midclavicular line. And 8th rib mid axillary.
C: T10 SP
Trachea Bifurcation.
A: 1st and 2nd interspaces anteriorly and between the scapulae.
B: Sternal angle anterioly and T4 spinsous process posteriorly.
C: T10 S.P.
D: Palpable Vibrations transmitted when the patient speaks
E: 6th rib midclavicular line. And 8th rib mid axillary.
B: Sternal angle anteriorly and T4 posteriorly.
Fremitus.
A: 1st and 2nd interspaces anteriorly and between the scapulae.
B: Sternal angle anterioly and T4 spinsous process posteriorly.
C: T10 S.P.
D: Palpable Vibrations transmitted when the patient speaks
E: 6th rib midclavicular line. And 8th rib mid axillary.
D
Location of bronchovesicular lung sounds.
A: 1st and 2nd interspaces anteriorly and between the scapulae.
B: Sternal angle anterioly and T4 spinsous process posteriorly.
C: T10 S.P.
D: Palpable Vibrations transmitted when the patient speaks
E: 6th rib midclavicular line. And 8th rib mid axillary.
A: 1st and 2nd interspaces anteriorly and between the scapulae.