Question

20 multiple choice 1 point
in written language, letters most closely represent ____, whereas sentences may be said to reflect ____.
syntax; morphemes
syntax; phonemes
phonemes; syntax
phonemes; morphemes

21 multiple choice 1 point
some individuals are more likely to focus on their immediate needs instead of planning for the long-term future. they may be operating under the bounds of:
awareness.
ethicality.
self-interest.
willpower.

22 multiple choice 1 point
which of the following defines brocas area?
the brain region responsible for language production
the brain region responsible for language comprehension
the brain area responsible for intelligence
the brain region responsible for plasticity

Explanation:

Analyze Question 20

Using the Syntax knowledge point

• Letters in written language represent the smallest units of sound, which are phonemes.
• Sentences represent the rules for combining words, which is Syntax.
• Therefore, the correct pairing is phonemes and syntax.

Analyze Question 21

Using the Bounded Rationality knowledge point

• Focusing on immediate needs over long-term planning represents a cognitive limitation in self-control.
• In behavioral economics, this specific cognitive limitation is termed bounded willpower.
• Therefore, the individuals are operating under the bounds of willpower.

Analyze Question 22

• Broca's area is located in the frontal lobe of the dominant hemisphere.
• It is primarily responsible for speech and language production.
• Therefore, the correct definition is the brain region responsible for language production.

Answer:

Question 20

• (A) syntax; morphemes
• (B) syntax; phonemes
• (C) phonemes; syntax (Correct answer)
• (D) phonemes; morphemes

Question 21

• (A) awareness.
• (B) ethicality.
• (C) self-interest.
• (D) willpower. (Correct answer)

Question 22

• (A) the brain region responsible for language production (Correct answer)
• (B) the brain region responsible for language comprehension
• (C) the brain area responsible for intelligence
• (D) the brain region responsible for plasticity