which of the following sets of word parts meanspain

NCLEX-RN

NCLEX RN Actual Exam Test Bank

1. Which of the following sets of word parts means 'Pain'?

A. dynia and -algia
B. a- and an
C. ia and -ac
D. pathy and -osis

Correct answer: A

Rationale: The correct answer is 'dynia and -algia.' The word parts 'dynia' and '-algia' specifically relate to pain. 'Dynia' refers to pain, and '-algia' also denotes pain. Therefore, when combined, they form the meaning 'pain.' Choices B, C, and D are incorrect because 'a-' and 'an' do not relate to pain, 'ia' and '-ac' do not specifically convey pain, and 'pathy' and '-osis' are not word parts that directly signify pain.

2. To accurately assess a patient's respiration rate, which of the following methods would be BEST?

A. Tell the patient, 'Please remain silent while I count your number of breaths.'
B. Count respirations at the same time you are counting the pulse rate
C. Count the pulse rate for one minute, then, while keeping your index fingers on the patient's radial artery, count the respirations for an additional minute.
D. Count the patient's respiration rate, then take the patient's temperature, and then take the pulse rate.

Correct answer: B

Rationale: The most accurate method to assess a patient's respiration rate is to count the breaths simultaneously while counting the pulse rate. This approach ensures that the patient is unaware of the specific focus on their breathing, preventing any conscious alteration in breathing patterns. Choice A is incorrect because informing the patient may lead to altered breathing as the patient may consciously change their breathing pattern. Choice C involves counting the pulse rate first, which is not necessary for assessing respiration rate. Choice D is incorrect as it includes unnecessary steps such as taking the patient's temperature before counting respiration rate, which adds no value to accurately assessing the respiration rate.

3. Your patient ate an 8-ounce cup of Italian ice. How much will you record on the patient's Intake and Output form in terms of this patient's fluid intake?

A. 240 cc
B. 120 cc
C. 8 cc
D. 0 cc because Italian ice is not a fluid

Correct answer: A

Rationale: The correct answer is 240 cc. Italian ice is considered a fluid, so you would record the intake of 240 cc. Choice B (120 cc) and Choice C (8 cc) are incorrect as they do not reflect the correct amount of fluid intake from an 8-ounce cup of Italian ice. Choice D (0 cc) is incorrect because Italian ice does count as a fluid intake and should be recorded as such.

4. What does the medical term 'basophilia' refer to?

A. An attachment of the epithelial cells of the skin to a basement membrane
B. An overabundance of a particular white blood cell in the peripheral blood
C. An underrepresentation of basophils on a blood smear
D. None of the above

Correct answer: B

Rationale: The correct answer is 'An overabundance of a particular white blood cell in the peripheral blood.' Basophilia specifically indicates an increased number of basophils in the peripheral blood. It can be observed in conditions like leukemia and certain allergic reactions. Choice A is incorrect as it describes something unrelated to basophilia. Choice C is incorrect as it suggests a decrease in basophils, which is opposite to the actual meaning of basophilia. Choice D is also incorrect as basophilia does have a defined medical significance.

5. The nurse is conducting a health fair for older adults. Which statement is true regarding vital sign measurements in aging adults?

A. The pulse is easier to palpate due to the rigidity of the blood vessels.
B. An increased respiratory rate and a shallower inspiratory phase are expected findings.
C. A widened pulse pressure occurs from changes in the systolic and diastolic blood pressures.
D. Changes in the body's temperature regulatory mechanism decrease the older adult's likelihood of developing a fever.

Correct answer: B

Rationale: Aging causes a decrease in vital capacity and decreased inspiratory reserve volume. As a result, the examiner may observe a shallower inspiratory phase and an increased respiratory rate in older adults. Contrary to common belief, the increased rigidity of arterial walls actually makes the pulse easier to palpate in aging adults. Pulse pressure is widened, not decreased, due to changes in systolic and diastolic blood pressures. Furthermore, changes in the body's temperature regulatory mechanism make older individuals less likely to develop a fever but more susceptible to hypothermia.