A 22-year-old female client with a history of Anorexia and Bulimia Nervosa is prescribed serial weight measurements every day. What actions will the nurse take when conducting these serial weights? (Select all that apply.)
Encourage the client to look at the balance beam
Have the client wear the same clothing every day.
Weigh the client at the same time in the morning
Use the same scale to weigh the client.
Discuss the client's weight with her after each measurement.
Correct Answer : B,C,D
A) Encourage the client to look at the balance beam:
Encouraging the client to look at the balance beam may help her feel more engaged in the process of weight measurement. This can foster trust and cooperation during what may be a challenging procedure due to her history of Anorexia and Bulimia Nervosa.
B) Have the client wear the same clothing every day:
Consistency in clothing helps to minimize variations in weight measurements that could be attributed to changes in clothing weight rather than actual body weight fluctuations. This practice ensures more accurate and reliable serial weight measurements.
C) Weigh the client at the same time in the morning:
Weighing the client at the same time each day helps to standardize conditions and minimize daily variations due to factors like hydration levels and food intake, providing more accurate serial weight measurements.
D) Use the same scale to weigh the client:
Using the same scale ensures consistency in measurement accuracy. Different scales can yield slightly different readings, which could affect the interpretation of weight trends over time.
E) Discuss the client's weight with her after each measurement:
While discussing weight may be part of the client's care plan, it's not necessarily a standard action during the process of conducting serial weight measurements. The focus during the actual weighing process should be on maintaining consistency and accuracy.
Nursing Test Bank
Naxlex Comprehensive Predictor Exams
Related Questions
Correct Answer is A
Explanation
A. 20 represents the distance you are placed from the chart and 40 represents the distance a normal eye reads the chart:
This is correct. The first number (20) represents the distance in feet the patient is from the Snellen chart. The second number (40) indicates the distance at which a person with normal vision can read the same line. Therefore, 20/40 means that what the patient can read at 20 feet, a person with normal vision can read at 40 feet.
B. 20 represents the distance a normal eye can read and 40 represents the distance your eye reads the chart:
This is incorrect. The first number should represent the distance the patient is from the chart, not the normal eye's reading distance.
C. 20 represents the distance you are placed from the chart and 40 represents the distance your eye reads the chart:
This is incorrect. While the first number is correct (the distance from the chart), the second number should represent the distance a person with normal vision can read the same line, not the patient's distance.
D. 40 represents the distance you are placed from the chart and 20 represents the distance a normal eye reads the chart:
This is incorrect. The standard for visual acuity measurements is that the first number represents the testing distance (usually 20 feet), and the second number represents the distance at which a normal eye can read the line.
Correct Answer is A
Explanation
a) The patient is unable to see in half of the visual field (same visual field) in each eye:
Homonymous hemianopsia is a condition where there is a loss of vision in the same side of the visual field in both eyes. This occurs due to damage to the visual pathways after the optic chiasm, often from a stroke or brain injury, resulting in the loss of either the right or left visual field in both eyes.
b) The patient can see from one eye but not through the other one:
This description fits a condition called monocular blindness, which is typically caused by damage to the optic nerve before it reaches the optic chiasm. Homonymous hemianopsia involves both eyes and specific visual fields, not complete loss of vision in one eye.
c) The patient is unable to see in half of the visual field (opposite visual field) in each eye:
This option describes bitemporal hemianopsia, which results in loss of vision in the outer (temporal) fields of both eyes and is often due to damage at the optic chiasm. Homonymous hemianopsia involves the same side of the visual field in both eyes, not the opposite visual fields.
d) No visual impairment:
Homonymous hemianopsia is characterized by significant visual impairment, specifically the loss of half the visual field in both eyes on the same side. Therefore, it is incorrect to say there is no visual impairment with this condition.
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