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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com
could not be quantified
Grammar usage guide and real-world examplesUSAGE SUMMARY
The phrase "could not be quantified" is correct and usable in written English.
It can be used when discussing something that cannot be measured or expressed in numerical terms. Example: "The emotional impact of the event could not be quantified, making it difficult to assess its true significance."
✓ Grammatically correct
Science
News & Media
Table of contents
Usage summary
Human-verified examples
Expert writing tips
Linguistic context
Ludwig's wrap-up
Alternative expressions
FAQs
Human-verified examples from authoritative sources
Exact Expressions
60 human-written examples
In the absence of the required reconciliation, those important differences could not be quantified or even reasonably estimated".
News & Media
However, effects of a cessation to local wetland ecology could not be quantified.
Thus, Ag+ release could not be quantified though antibacterial effectiveness of the surface modification was proven.
Science
Although these effects could not be quantified in detail, they cannot be excluded.
Al, Cd, Pb, Sn and Cr could not be quantified in any of the samples investigated.
The council said the full implications of the staff reductions "could not be quantified at present".
News & Media
HNCO could not be quantified with any accuracy at any temperature for bark, due to the low concentrations found.
Science
U concentrations in all three water samples were below ICP-OES detection limits, hence removal could not be quantified.
Science
Growth could not be quantified because of the absence of a distinct circular mycelium to measure the diameter.
Meanwhile, the result of deterministic analysis is binary (stable or unstable), the transient stability risk could not be quantified.
However, spatial resolution of the measurement method was low and thus local strain distribution could not be quantified.
Expert writing Tips
Best practice
When using "could not be quantified", ensure that the reason for the lack of quantification is clear from the context. Providing a brief explanation can enhance clarity and prevent ambiguity.
Common error
Avoid attempting to force quantification onto inherently qualitative aspects. Overstating the possibility of measurement where it is not feasible undermines credibility and can lead to inaccurate conclusions.
Source & Trust
83%
Authority and reliability
4.5/5
Expert rating
Real-world application tested
Linguistic Context
The phrase "could not be quantified" functions as a descriptive statement indicating the impossibility of assigning a numerical value to a particular attribute or phenomenon. It's a passive construction expressing a limitation in measurement or assessment. As Ludwig AI indicates, this is a correct and usable phrase in written English.
Frequent in
Science
87%
News & Media
11%
Formal & Business
2%
Less common in
Reference
0%
Wiki
0%
Encyclopedias
0%
Ludwig's WRAP-UP
The phrase "could not be quantified" is a grammatically correct and frequently used expression to denote an inability to measure something numerically. As Ludwig AI confirms, it's a valuable tool for researchers and writers when acknowledging limitations in data collection or analysis. Predominantly found in scientific and formal writing, the phrase serves to maintain transparency by conceding that while an effect or phenomenon might be present, assigning a precise value is unfeasible. Alternatives include "was impossible to quantify" and "defied quantification", providing variety without sacrificing accuracy. Understanding the appropriate context and acknowledging the reasons for non-quantifiability are key to using this phrase effectively.
More alternative expressions(6)
Phrases that express similar concepts, ordered by semantic similarity:
was impossible to quantify
Replaces "could not" with "was impossible to", emphasizing the impossibility of quantification.
was unquantifiable
Replaces the verb phrase with a single adjective, "unquantifiable", for a more concise expression.
defied quantification
Uses a more active verb, "defied", to indicate that the subject resisted measurement.
could not be measured precisely
Substitutes "quantified" with "measured precisely", highlighting the lack of accuracy in measurement.
precise quantification was not possible
Rearranges the sentence structure to emphasize the impossibility of precise quantification.
remained immeasurable
Emphasizes the ongoing state of being unable to measure something.
could not be determined numerically
Specifies that the inability to quantify is related to numerical determination.
eluded precise measurement
Uses "eluded" to suggest that the measurement was difficult to achieve.
was not amenable to quantification
Indicates that the subject was not suitable for being quantified.
assessment was beyond numerical valuation
Emphasizes that the limit is in assessment and valuation of a numeric nature.
FAQs
What does "could not be quantified" mean?
The phrase "could not be quantified" means that something cannot be measured or expressed in numerical terms. It indicates an inability to assign a specific quantity or value to a particular aspect or phenomenon.
What are some alternatives to "could not be quantified"?
Alternatives include phrases like "was impossible to quantify", "defied quantification", or "was unquantifiable", depending on the specific context.
How to use "could not be quantified" in a sentence?
Example: "The emotional impact of the policy change "could not be quantified", but its effects were evident in employee morale."
Is it better to use "could not be quantified" or "could not be measured"?
While both are similar, "could not be quantified" is more specific to numerical measurement. "Could not be measured" is broader and can refer to any form of measurement, not just numerical. Choose the phrase that best fits the type of measurement being discussed.
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Table of contents
Usage summary
Human-verified examples
Expert writing tips
Linguistic context
Ludwig's wrap-up
Alternative expressions
FAQs
Source & Trust
83%
Authority and reliability
4.5/5
Expert rating
Real-world application tested