Nursing Elites

1. Which of the following sentences from the passage includes a fact?

• A. With a running time of 98 minutes, the pacing is quick and efficient.'
• B. You can see the toll this stalking experience has had on her every twitch of her eye and clench of her jaw.'
• C. The close-up shots feel claustrophobic like the perspective is skewed.'
• D. This is a tense thrill ride that will not disappoint fans of Joy Taylor or this genre in general.'

Correct answer: A

Rationale: The correct answer is A. The sentence 'With a running time of 98 minutes, the pacing is quick and efficient' includes a fact, which is the running time of the movie. This statement provides a concrete, verifiable detail from the passage. Choice B describes a subjective observation about the character's behavior, not a fact. Choice C expresses an opinion about the visual effect of the close-up shots, not a factual detail. Choice D offers an opinion about the movie's appeal to fans of a specific genre, rather than presenting a fact from the passage.

2. What is the purpose of the use of repetition in the following passage? It was a night of little ease to his toiling mind, toiling in mere darkness and besieged by questions.

• A. It serves as a demonstration of Mr. Lanyon's mental state.
• B. It highlights the church bells mentioned in the story.
• C. It reflects Mr. Utterson's ambivalence.
• D. It emphasizes Mr. Utterson's anguish in failing to identify Hyde's whereabouts.

Correct answer: D

Rationale: The repetition in the passage emphasizes Mr. Utterson's mental struggle and persistence as he grapples with his thoughts and questions. It conveys the intensity of his anguish and frustration in trying to identify Hyde's whereabouts, rather than reflecting Mr. Lanyon's or Mr. Utterson's ambivalence. The mention of church bells is not relevant to the passage, making choice B incorrect. Therefore, the correct answer is D, as the repetition underscores Mr. Utterson's emotional turmoil and his desperate search for answers.

3. How does the potential energy of an object change when it is compressed?

• A. Potential energy decreases
• B. Potential energy increases
• C. Potential energy remains constant
• D. Potential energy becomes zero

Correct answer: B

Rationale: When an object is compressed, its potential energy increases. This is because work is done on the object to compress it, resulting in an increase in potential energy stored in the object as it is compressed against an opposing force. The potential energy is transformed and stored within the object due to the work done during the compression process, leading to an increase in its potential energy. Choice A is incorrect because compression involves doing work on the object, increasing its potential energy. Choice C is incorrect because compression involves a change in position and potential energy. Choice D is incorrect because compression does not reduce potential energy to zero; rather, it increases it due to the work done in compressing the object.

4. Which type of muscle tissue is found in the walls of blood vessels and helps regulate blood flow?

• A. Skeletal muscle
• B. Smooth muscle
• C. Cardiac muscle
• D. Striated muscle

Correct answer: B

Rationale: Smooth muscle is the correct answer. It is found in the walls of blood vessels and helps regulate blood flow by contracting and relaxing to adjust the diameter of the vessels. Skeletal muscle, found attached to bones, is responsible for voluntary movements and is not typically found in blood vessel walls. Cardiac muscle is specific to the heart and responsible for pumping blood, not found in blood vessel walls. Striated muscle, another term for skeletal muscle, is characterized by its striped appearance under a microscope but is not present in blood vessel walls.

5. Which of the following weights is equivalent to 3.193 kilograms?

• A. 3,193,000 grams
• B. 3,193 grams
• C. 319.3 grams
• D. 0.003193 grams

Correct answer: B

Rationale: To convert kilograms to grams, you need to remember that 1 kilogram is equal to 1,000 grams. Therefore, 3.193 kilograms is equivalent to 3,193 grams (3.193 kg * 1,000 g/kg = 3,193 g). Choice A (3,193,000 grams) incorrectly converts kilograms to milligrams, Choice C (319.3 grams) incorrectly moves the decimal point one place to the right, and Choice D (0.003193 grams) incorrectly converts kilograms to milligrams and then further to grams.

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