a client asks the nurse what risk factors increase the changes of getting skin cancer the risk factors include all except
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Nursing Elites

NCLEX-PN

Health Promotion and Maintenance NCLEX PN Questions

1. A client asks the nurse what risk factors increase the chances of getting skin cancer. The risk factors include all except:

Correct answer: certain diet and foods.

Rationale: The correct answer is 'certain diet and foods.' Risk factors that increase the chances of getting skin cancer include having a light or fair complexion, a history of bad sunburns, personal or family history of skin cancer, outdoor activities with sun exposure, exposure to X-rays or radiation, exposure to certain chemicals, repeated trauma or injury resulting in scars, age over 50, male gender, and living in specific geographic locations. These factors can contribute to the development of skin cancer. Avoiding exposure to the sun, using protective clothing and sunscreen, and regular skin inspections are key preventive measures. Choice C, 'certain diet and foods,' is incorrect as diet is not a primary risk factor for skin cancer. Options A, B, and D are all valid risk factors associated with an increased risk of developing skin cancer.

2. A nurse is explaining a nonstress test to a pregnant client. The nurse explains that the results are nonreactive if which finding is noted on the electronic monitoring recording strip?

Correct answer: Absence of accelerations after fetal movement

Rationale: The correct answer is 'Absence of accelerations after fetal movement.' In a nonreactive (nonreassuring) stress test, the monitor recording would not show accelerations after fetal movement within a 40-minute period. This absence of accelerations indicates a nonreactive result. Choices A, B, and C describe different patterns of fetal heart rate accelerations that are not indicative of a nonreactive result in a nonstress test, making them incorrect. Choice A describes the characteristics of a reactive (reassuring) result, where there should be at least two fetal heart accelerations within a 20-minute period, peaking at least 15 beats/min above the baseline, and lasting 15 seconds from baseline to baseline. Choice B incorrectly states 'Accelerations without fetal movement,' which is contradictory. Choice C describes an acceleration response to fetal movement, which does not signify a nonreactive result.

3. A client states, “I eat a well-balanced diet. I do not smoke. I exercise regularly, and I have a yearly checkup with my physician. What else can I do to help prevent cancer?” The nurse should respond with which of the following statements?

Correct answer: All of the above.

Rationale: All of the choices are methods of preventing cancer. Sleep is important in maintaining homeostasis, which helps the body respond to disease. Monthly breast examination can indicate cancer or fibrocystic disease. Stress can have a physiological response that decreases the immune response and increases the risk of disease. Therefore, all the options mentioned are important for cancer prevention, making 'All of the above' the correct response.

4. A nurse assisting with data collection plans to assess tactile (vocal) fremitus. The nurse performs this by using which technique?

Correct answer: Palpating the thorax, comparing vibrations from side to side as the client repeats the word 'ninety-nine'

Rationale: To assess tactile (vocal) fremitus, the nurse palpates the thorax and compares vibrations from side to side as the client repeats the word 'ninety-nine.' This technique helps in evaluating the intensity and symmetry of vibrations felt. Palpating for symmetric chest expansion involves assessing the expansion of the chest during breathing by placing hands on the anterolateral wall. Auscultating the breath sounds over the trachea and larynx is done to assess bronchial breath sounds, while auscultating over the peripheral lung fields is used to assess vesicular breath sounds.

5. The client has an order for 0.45 mg of Diltiazem. The medication vial has a concentration of 3 mg/mL. How many mL of the drug should be administered?

Correct answer: 0.15 mL

Rationale: To calculate the amount of drug to be administered, divide the ordered dose by the concentration of the medication in the vial. In this case, 0.45 mg ÷ 3 mg/mL = 0.15 mL. Therefore, the correct answer is 0.15 mL. Choice B (6.6 mL) is incorrect as it does not result from the correct calculation. Choice C (1.5 mL) is incorrect as it is not the result of dividing the ordered dose by the concentration. Choice D (0.65 mL) is incorrect as it is not the accurate calculation based on the provided information.

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