Questions: Linguistic Relativity and the Sapir-Whorf Hypothesis

Question 1

A person speaks a language with only two basic color terms ('dark' and 'light'). They are shown a blue square and a green square. According to weak linguistic relativity (not strong determinism), what would we predict?

• A. They cannot perceive any difference between the colors because their language lacks distinct terms for blue and green
• B. Their perception of the colors is identical to that of a speaker whose language has distinct 'blue' and 'green' terms — language has no effect on perception
• C. They will discriminate the colors more slowly or less efficiently in linguistically mediated tasks, but can still perceive the difference
• D. They will perceive the colors as the same in all conditions, but can be taught to see the difference once they learn the vocabulary

Answer: (C)

Weak linguistic relativity predicts that language influences cognition without determining it — it shifts probabilities and efficiencies, it does not create or destroy perceptual capacities. The empirical evidence on color discrimination shows real but modest effects: speakers of languages with more color terms distinguish colors in different named categories faster, especially in conditions that engage linguistic processing. They do not become blind to the distinction. Strong determinism (options A and D) predicts complete absence of the concept, which is the rejected version of the hypothesis.

Question 2

A researcher argues: 'Because Language X has no word for fairness, its speakers cannot understand or reason about fairness.' This argument reflects which version of the Sapir-Whorf hypothesis?

• A. Weak linguistic relativity — the defensible, empirically supported current position
• B. Strong linguistic determinism — a position now widely rejected by cognitive and linguistic evidence
• C. The language-of-thought hypothesis — the view that universal mental concepts underlie all natural languages
• D. Moderate Whorfianism — the view that language affects reasoning but only in non-linguistic tasks

Answer: (B)

The claim that speakers 'cannot understand or reason about' a concept because their language lacks a word for it is the strong determinist position — that language determines thought completely, creating conceptual absence. This is the version that has been decisively rejected. People demonstrably solve problems involving concepts their language does not lexicalize, and thought continues even when language processing is suppressed. Weak relativity would predict only that speakers of Language X might reason about fairness differently or less efficiently in certain contexts — not that they cannot reason about it at all.

Question 3

The strong version of the Sapir-Whorf hypothesis — that language determines thought and you cannot think about concepts your language lacks words for — is well supported by current empirical evidence.

• T. True
• F. False

Answer: False

Strong linguistic determinism is widely rejected. The decisive evidence against it is that people can recognize, solve problems involving, and reason about concepts their language does not lexicalize. Thought continues even when language is suppressed. People can learn new concepts when exposed to new vocabulary, which shows the concept was not absent — just unlabeled. What remains supported is the weak version: language influences habitual, default patterns of cognition without blocking access to any domain of thought entirely.

Question 4

Speakers of languages that encode spatial relations using absolute directions (like 'north' and 'south') rather than ego-centric ones (like 'left' and 'right') tend to develop different spatial reasoning habits than speakers of ego-centric spatial languages.

• T. True
• F. False

Answer: True

This is one of the most studied and robust examples of weak linguistic relativity. Speakers of languages like Guugu Yimithirr (which uses absolute directions exclusively) maintain an internal compass and can reliably indicate cardinal directions even indoors or after disorientation — a spatial habit that ego-centric language speakers do not automatically develop. The linguistic structure is doing cognitive work: using absolute directions requires constantly tracking your orientation relative to the world, which develops a different spatial reasoning default. This is language influencing cognition, not determining it — speakers of both systems can learn the other's habits.

Question 5

What is the difference between strong linguistic determinism and weak linguistic relativity, and why does the distinction matter for evaluating the Sapir-Whorf hypothesis?

Model answer: Strong linguistic determinism holds that language determines thought — you literally cannot think concepts for which your language has no word, creating complete conceptual absence. Weak linguistic relativity holds that language influences cognition — it shapes habitual, default ways of perceiving and reasoning without blocking access to any domain entirely. The distinction matters because the two positions make different empirical predictions: determinism predicts that speakers whose language lacks a concept will be completely unable to perceive or reason about it; relativity predicts measurable but modest effects on speed, efficiency, and default strategies. Current evidence clearly supports the weak version while decisively rejecting the strong one.

Many popular accounts of the Sapir-Whorf hypothesis describe the strong version ('if you have no word for X, you can't think X'), which is both more dramatic and empirically false. Evaluating the hypothesis correctly requires insisting on the distinction. The weak version is philosophically significant — it means linguistic structure partially constitutes the conceptual habits we habitually deploy, with implications for translation, AI, and cross-cultural communication — but it does not support claims about conceptual absence or the untranslatability of all ideas across languages.