Vague Quantifiers and Precision in Technical English
5 exercises — practise when to hedge with vague quantifiers and when to use precise figures.
0 / 5 completed
1 / 5
A postmortem is being drafted before the exact number of affected users is confirmed. Which sentence uses appropriately vague quantifying language?
"A small number of users" is the appropriate choice when the exact figure is not yet confirmed — it conveys scale without asserting false precision. Using vague quantifiers like "a small number of", "a handful of", or "several" is standard practice in early incident communication, to be replaced with exact figures once confirmed. Option A states an exact figure ("exactly 1,204"), which would be misleading or dishonest if that number has not actually been verified yet — precise numbers imply a level of certainty the writer does not have in this scenario. Options C and D make absolute claims ("zero", "all") that are unlikely to be accurate and inappropriate without supporting data.
2 / 5
Which sentence correctly replaces vague language with precise quantification in a performance report where exact metrics ARE available?
"Decreased by 37%" is correct because, when exact figures are available (as stated in the question), technical writing should use them rather than vague quantifiers — precision builds credibility and is directly actionable for readers making decisions. Options A, B, and C all use vague phrases ("quite a lot", "some amount", "a significant amount") that withhold available information; this is a common weakness in performance reports where writers default to hedged language out of habit even when they have the exact number. The rule of thumb: use vague quantifiers only when precision is genuinely unavailable or irrelevant to the point being made; otherwise, always prefer exact figures.
3 / 5
Which quantifier correctly and idiomatically describes "the majority but not all" of test cases passing, in a CI report?
"Most test cases passed" correctly and idiomatically conveys "more than half, likely a large majority, but not all" — the follow-up clause "with a few known failures" is logically consistent with "most" (implying most, not all, passed). Option A ("all test cases passed") directly contradicts the following clause about known failures, creating a logical inconsistency. Option B ("none... passed") also contradicts the implication that the majority succeeded, since "a few known failures" implies most were fine. Option C ("a minority... passed") reverses the intended meaning — it would mean less than half passed, which is a much worse and different outcome than what the sentence is meant to describe.
4 / 5
Which sentence correctly uses "a handful of" to describe a small, specific but uncounted group of edge cases?
"A handful of edge cases" is grammatically correct: "a handful of" + plural countable noun, meaning "a small number of, roughly countable on one hand". Option A omits the required preposition "of" between "handful" and "edge cases", which is ungrammatical. Option B incorrectly uses the singular "edge case" after "a handful of", which requires a plural noun since it refers to multiple items. Option C omits the article "a" before "handful", which is required — "handful of" is always preceded by an article ("a handful of" or, less commonly, "the handful of" when referring to a specific known group).
5 / 5
A capacity planning document needs to describe an estimated (not exact) range. Which sentence uses vague quantification most appropriately?
"Approximately 10,000 to 12,000" strikes the right balance: it provides a specific, useful numeric range while the word "approximately" honestly signals that the figure is an estimate rather than a guaranteed exact value — appropriate for load-test-derived capacity planning. Option A uses "exactly" with a range, which is self-contradictory (a range cannot be "exact" by definition — exactness implies a single precise value). Options B ("a lot of") and C ("some") are too vague to be useful for capacity planning, where readers need at least an approximate numeric range to make infrastructure decisions; vague quantifiers like these should be reserved for contexts where no numeric estimate is available at all.