A nurse is auscultating the lungs of a client and hears low-pitched, soft breath sounds over the posterior lower lobes and inspiration that is longer than expiration. How should the nurse interpret these findings?

These sounds are normally auscultated over the trachea

These are bronchial breath sounds and normal in that location

These are bronchovesicular breath sounds and normal in that location

These are vesicular breath sounds and normal in that location

Answer and Explanation

The Correct Answer is D

A) These sounds are normally auscultated over the trachea:
This is incorrect. The tracheal breath sounds are harsh, loud, and high-pitched, typically heard over the trachea and larynx. These characteristics differ from the soft, low-pitched sounds described in the question, which are more consistent with vesicular breath sounds.

B) These are bronchial breath sounds and normal in that location:
This is incorrect. Bronchial breath sounds are typically heard over the trachea and larynx, not the lower lobes of the lungs. Bronchial sounds are loud, high-pitched, and have a longer expiration phase compared to inspiration, unlike the low-pitched, soft sounds with longer inspiration that are heard in the lower lobes.

C) These are bronchovesicular breath sounds and normal in that location:
This is incorrect. Bronchovesicular breath sounds are a mix of bronchial and vesicular sounds, with inspiration and expiration of about equal duration. They are typically heard over the major bronchi, near the sternum and between the scapulae, rather than over the posterior lower lobes. The description in the question suggests vesicular breath sounds, which have a longer inspiration phase.

D) These are vesicular breath sounds and normal in that location:
This is the correct answer. Vesicular breath sounds are soft, low-pitched, and typically heard over the peripheral lung fields, including the posterior lower lobes. These sounds have a longer inspiration phase than expiration and are considered normal in this location. The description in the question fits the characteristics of vesicular breath sounds perfectly.

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Correct Answer is A

Explanation

A) Use the Snellen chart positioned 20 feet away from the client:
This is the correct method for assessing visual acuity in adults. The Snellen chart is the standard tool used to measure visual acuity at a distance. The client is positioned 20 feet away from the chart, and they are asked to read the smallest line of letters they can clearly identify. The result is typically documented as a fraction (e.g., 20/20), where the numerator represents the distance from the chart, and the denominator represents the distance at which a person with normal vision can read the same line. This test assesses distance vision and is essential for checking overall visual sharpness.

B) Determine the client’s ability to read newsprint at a distance of 12 to 14 inches:
This is not used to assess visual acuity; it assesses near vision and can be part of the overall vision examination, but it is not the standard method for testing visual acuity. Typically, the near vision assessment is done with tools like a Jaeger chart or by asking the client to read newsprint at a standard reading distance (12 to 14 inches), but this is not the primary test for visual acuity. The Snellen chart is specifically for distance vision.

C) Perform the confrontation test:
The confrontation test is used to assess the visual fields, not visual acuity. It is a quick screening to determine if the client has any peripheral vision loss, where the nurse and the client compare their visual fields by covering one eye at a time and identifying moving fingers in the periphery. While important, this test does not assess the sharpness or clarity of central vision, which is the focus of a visual acuity test.

D) Ask the client to read the print on a handheld Jaeger card:
The Jaeger card is used to assess near vision, not visual acuity. It is used for clients who may have difficulty reading small print at a normal reading distance and helps assess presbyopia (difficulty focusing on near objects with age). However, this test is for near vision and is not the primary test for visual acuity, which typically focuses on distance vision.

A. AV node-• SA node-• bundle of His -• Erb's Point B. Bundle of His -• AV node -• SA node -• Erb's Point C. AV node -• SA node -• bundle of His -• bundle branches D. SA node -• AV node -• bundle of His -• bundle branches

Correct Answer is D

Explanation

A) AV node → SA node → bundle of His → Erb's Point:
This sequence is incorrect because the electrical impulse of the heart starts at the SA (sinoatrial) node, not the AV (atrioventricular) node. The SA node is the natural pacemaker of the heart, initiating the electrical signal. The correct order of conduction is SA node → AV node → bundle of His → bundle branches, and finally, the Purkinje fibers. Erb's Point is an anatomical reference point for auscultation, not part of the electrical conduction pathway.

B) Bundle of His → AV node → SA node → Erb's Point:
This sequence is also incorrect. The electrical impulse originates at the SA node, not the bundle of His. The SA node stimulates the AV node, which in turn sends the signal to the bundle of His and then to the bundle branches. This pathway is essential for coordinating the contraction of the heart muscle, starting from the atria and moving to the ventricles.

C) AV node → SA node → bundle of His → bundle branches:
This sequence is reversed and incorrect. The impulse starts at the SA node, not the AV node. The SA node fires first, sending the electrical signal to the AV node, and then the signal travels down the bundle of His, into the left and right bundle branches, and finally to the Purkinje fibers.

D) SA node → AV node → bundle of His → bundle branches:
This is the correct sequence of the electrical conduction pathway of the heart. The electrical impulse originates at the SA node (the heart's natural pacemaker), then travels to the AV node, where it is delayed to allow the atria to contract and fill the ventricles. From there, the impulse moves down the bundle of His, which splits into the left and right bundle branches, leading to the Purkinje fibers that transmit the impulse throughout the ventricles, causing them to contract. This sequence ensures proper coordination and timing of the heart's contractions.

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A nurse is auscultating the lungs of a client and hears low-pitched, soft breath sounds over the posterior lower lobes and inspiration that is longer than expiration. How should the nurse interpret these findings?

Nursing Test Bank

Naxlex Comprehensive Predictor Exams

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Correct Answer is A

Explanation

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Correct Answer is D

Explanation

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