Share This Link

Chest pain is incorrect because it is a subjective finding. Subjective findings are symptoms that the client experiences and reports, but the nurse cannot directly measure or observe them. Chest pain is based on the client’s description of discomfort, pressure, or tightness in the chest, making it reliant on self-report rather than objective assessment.

Palpitations is incorrect because it is also subjective. Clients may describe sensations of their heart racing, skipping beats, or fluttering, but these sensations cannot be observed directly without using diagnostic tools such as an electrocardiogram (ECG) or heart rate monitoring.

Shortness of breath is incorrect because it is subjective. Although the nurse can measure respiratory rate, oxygen saturation, and work of breathing, the client’s feeling of being “unable to breathe adequately” is a symptom reported by the client and is therefore subjective, not an observable sign.

II, III, IV is incorrect because cranial nerve II (optic nerve) is responsible for vision and visual acuity, not eye movement. While cranial nerves III and IV do contribute to eye movements, this option omits cranial nerve VI, which is also essential.

V and VII is incorrect because cranial nerve V (trigeminal) controls facial sensation and mastication, and cranial nerve VII (facial) controls facial expression. Neither of these nerves is responsible for moving the eyes.

IX and X is incorrect because cranial nerve IX (glossopharyngeal) and cranial nerve X (vagus) are involved in swallowing, gag reflex, and parasympathetic functions, not eye movements.

Whisper pectoriloquy is incorrect because this test involves asking the patient to whisper a phrase, such as “one-two-three,” while auscultating the lungs. In whispered pectoriloquy, increased clarity or loudness of the whispered sound suggests consolidation, but it does not involve the characteristic “E” to “A” change.

Fremitus is incorrect because tactile fremitus is assessed by palpating the chest while the patient repeats a phrase like “ninety-nine.” Increased fremitus can indicate consolidation, but it is palpated, not auscultated, and does not involve hearing the “E” to “A” change.

Bronchophony is incorrect because bronchophony involves asking the patient to say a phrase in a normal voice, such as “ninety-nine,” and auscultating for increased clarity or loudness. While both bronchophony and egophony indicate consolidation, egophony is specifically the “E” to “A” change, which is a classic sign of pneumonia.

Drug addict is incorrect because this term labels the person by their condition, which can perpetuate stigma and negative stereotypes. Person-first language focuses on the individual, not the diagnosis or behavior.

Schizophrenic is incorrect because this term defines the person by their mental illness, rather than recognizing them as a person who happens to have schizophrenia. It is stigmatizing and can contribute to discrimination.

AIDS victim is incorrect because the word “victim” carries negative connotations and frames the individual as suffering or helpless. Person-first language would be person living with HIV/AIDS, which is neutral and respectful.

"We will talk more about this in the interview." is incorrect because this response delays assessment and does not gather immediate, relevant information about the patient’s current symptom. Prompt assessment is crucial for acute complaints like abdominal pain.

"Have you ever had any children?" is incorrect because this question is not immediately relevant to the onset of new abdominal pain. While obstetric history may be important later, it is not the first question to assess acute symptoms.

"What have you eaten in the last four hours?" is incorrect because while dietary history can provide useful information for gastrointestinal issues, it is secondary to establishing the onset, location, and characteristics of the pain, which helps guide urgent assessment and intervention.

Flashlight is incorrect because it is primarily used to assess pupillary reactions (cranial nerves II and III) or to inspect the oral cavity. While a flashlight helps with visual inspection and pupil response testing, it does not evaluate the sensory or motor functions of the trigeminal nerve, which are essential for diagnosing its injury.

Snellen chart is incorrect because it is used to assess visual acuity, which evaluates cranial nerve II (optic nerve). It provides no information about facial sensation or the ability to chew, so it is not appropriate for trigeminal nerve assessment.

Tuning fork is incorrect because it is used to assess hearing (cranial nerve VIII) or vibratory sensation in peripheral nerves. While useful in other neurological assessments, it does not provide data on trigeminal nerve function, either sensory or motor.

Suprapubic area is incorrect because this region is located just above the bladder. Tenderness here usually indicates bladder pathology, such as cystitis, bladder distention, or other lower urinary tract issues, rather than kidney problems. While suprapubic pain may coexist with kidney disease if infection spreads, it does not reliably indicate renal tenderness.

Periumbilical area is incorrect because this area surrounds the navel and is typically evaluated for abdominal and gastrointestinal conditions such as early appendicitis, bowel obstruction, or gastroenteritis. Kidney pain originates higher in the back, near the costovertebral angle, and periumbilical assessment does not provide information about renal involvement.

Epigastric area is incorrect because this area is located just above the stomach and below the sternum, and it is assessed for gastric, pancreatic, cardiac, or hepatobiliary issues, not kidney disease. Tenderness in the epigastric region does not provide information about renal function or pathology.

Submandibular is incorrect because these lymph nodes are located beneath the mandible along the jawline. They typically drain the tongue, lips, and oral cavity, and are palpated in the submandibular region, not behind the sternocleidomastoid muscle.

Tonsillar is incorrect because tonsillar (or jugulodigastric) nodes are located just below the angle of the mandible and drain the tonsils and pharynx. While they can be enlarged with tonsillitis, the nodes described in this case are posterior and along the neck, which does not match the tonsillar node location.

Occipital is incorrect because occipital lymph nodes are located at the base of the skull, posteriorly, and primarily drain the posterior scalp. They are not along the sternocleidomastoid muscles.

Pulmonic valve regurgitation is incorrect because it produces a diastolic murmur, usually early diastolic, best heard at the upper left sternal border and often increases with expiration, not inspiration. It does not present as a holosystolic murmur at the left lower sternal border.

Mitral valve regurgitation is incorrect because it causes a holosystolic murmur at the apex of the heart, radiating to the axilla, and its intensity does not increase with inspiration. Mitral regurgitation is a left-sided murmur, so it is not affected by inspiration in the same way as right-sided murmurs.

Aortic valve regurgitation is incorrect because it produces an early diastolic decrescendo murmur best heard at the right upper sternal border. It is a left-sided diastolic murmur, not holosystolic, and does not increase with inspiration.

Cataract is incorrect because cataracts are opacities of the lens. When performing an ophthalmoscopic examination, light cannot pass through a dense cataract to reach the retina, which results in the absence of the red reflex. Cataracts are a common cause of an abnormal or absent red reflex in both children and adults. Detecting this early is important for preventing amblyopia in children and for identifying vision-impairing lens changes in adults.

Detached retina is incorrect because a retinal detachment separates the retina from its underlying structures, disrupting the normal reflection of light back through the pupil. This can produce a partial or complete absence of the red reflex. Early recognition of absent red reflex due to retinal detachment is critical because retinal detachment is a vision-threatening emergency that requires prompt referral to an ophthalmologist.

Retinoblastoma is incorrect because retinoblastoma is a malignant tumor of the retina. The tumor can obstruct light from reflecting normally off the retina, resulting in leukocoria, a white pupillary reflex. Absence of the red reflex in a child is a classic sign of retinoblastoma and requires immediate ophthalmology referral.