Nursing Elites

1. In the sentence, 'The receptionist explained that we would be the next to see the doctor,' which of the following is the complete predicate?

• A. explained that we would be the next to see the doctor
• B. next to see the doctor
• C. explained that we would be next
• D. see the doctor

Correct answer: A

Rationale: The complete predicate is 'explained that we would be the next to see the doctor.' In a sentence, the complete predicate includes the main verb (explained) and all the words that complete its meaning (that we would be the next to see the doctor). Choices B, C, and D do not constitute the complete predicate as they do not include the main verb 'explained' and all associated words that complete its meaning.

2. Because of all your running around, their clients are confused about who's in charge, and the company is losing its competitive edge. Which contraction should be used to correct the error?

• A. Who's
• B. Whos
• C. Who’ll
• D. Who

Correct answer: A

Rationale: The correct contraction to use in this sentence is 'who's,' which is short for 'who is.' In the given context, 'who's' indicates the correct possessive form, clarifying that the clients are confused about who is in charge. Choice B, 'Whos,' is incorrect as it does not use an apostrophe to indicate the omitted letter. Choice C, 'Who’ll,' is incorrect as it is a contraction for 'who will,' which does not fit the context of the sentence. Choice D, 'Who,' is incorrect as it is not a contraction and does not clarify the intended meaning of the sentence.

3. Which statement accurately defines power?

• A. Power is the amount of energy stored in an object
• B. Power is the rate at which energy is transferred or work is done
• C. Power is the maximum force exerted by an object
• D. Power is the resistance of an object to change in motion

Correct answer: B

Rationale: Power is defined as the rate at which energy is transferred or work is done. It is a measure of how quickly work is done or energy is transferred. Option A incorrectly refers to the amount of energy stored in an object, not power. Option C incorrectly refers to the maximum force exerted by an object, not power. Option D incorrectly refers to the resistance of an object to change in motion, not power. Therefore, the correct definition of power is that it is the rate at which energy is transferred or work is done.

4. Jenson also discovers that the meaning behind many of the plays was closely related to the polytheistic beliefs that were practiced in ancient Greece. What section of the library should he check for more information about Greek polytheism?

• A. 100
• B. 200
• C. 300
• D. 900

Correct answer: B

Rationale: Jenson should check section 200 of the library for more information about Greek polytheism. In the Dewey Decimal Classification system used in libraries, section 200 covers topics related to religion. Since Greek polytheism is a religious belief system, relevant resources and information about it are most likely found in the 200s section of the library. Choice A (100) covers Philosophy and Psychology, which is not directly related to religion like Greek polytheism. Choice C (300) covers Social Sciences, which is not the most appropriate section for information on religious beliefs. Choice D (900) covers History, Geography, and Biography, which are also unrelated to the specific topic of Greek polytheism.

5. What is the difference between two equal numbers?

• A. Negative
• B. Positive
• C. Zero
• D. Not enough information

Correct answer: C

Rationale: The difference between two numbers is found by subtracting one from the other. When two numbers are equal, subtracting them results in 0, because any number minus itself is always 0. Therefore, the difference between two equal numbers is always zero, making option C the correct answer. Option A ('Negative') and option B ('Positive') are incorrect as they do not represent the result of subtracting two equal numbers, which always yields zero. Option D ('Not enough information') is also incorrect as the difference between two equal numbers is definitively known to be zero.

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