on each axis

USAGE SUMMARY

The phrase "on each axis" is correct and usable in written English.
It can be used when discussing graphs, charts, or any context where multiple dimensions or directions are involved. Example: "The data points are plotted on each axis to represent the relationship between the two variables."

✓ Grammatically correct

Science

News & Media

Human-verified examples from authoritative sources

Exact Expressions

58 human-written examples

The percentage of variance explained by the successive axes allows evaluating the relative importance of the signal displayed on each axis.

BMC Evolutionary Biology

Percentages of variance of the five first axes are provided (Table 2) to assess the importance of the signal expressed on each axis.

BMC Evolutionary Biology

The resulting model, which is an extension of the original TAM, is a three-dimensional one, with three aspects to be considered on each axis (phases of use, users and components).

Computers in Human Behavior

When using only the scores on the axes as outcomes, as suggested by Honey and Mumford, people obtain a score on each axis and have dominant scores in one or two of the basic learning styles [ 11, 21].

BMC Medical Education

But the fibers can be put down in layers, some running at 90 degrees to one another, or 45 degrees to one another; the ratio of fibers running each way would define the strength on each axis.

The New York Times - Science

Fig. 4 The number of changes of direction on each axis.

Cognitive Research: Principles and Implications

The values on each axis are sorted from top to bottom according to certain rules.

Human-centric Computing and Information Sciences

Muscle and platform displacements were estimated integrating twice the acceleration data after high-pass filtering on each axis.

EURASIP Journal on Advances in Signal Processing

The thresholds (dashed lines) can be set depending on the metric used to quantify the diversity on each axis.

Journal of Cheminformatics

Human-verified similar examples from authoritative sources

Similar Expressions

2 human-written examples

In this space each subject has his or her own score on each axis/process, indicating to which extent the treatment affects the related process.

BMC Medical Genomics

Temperature distribution of the machine was measured using three temperature sensors strategically attached to predetermined locations on each axis guides.

Journal of Materials Processing Technology

Expert writing Tips

Best practice

When describing graphs or multi-dimensional spaces, clearly define what is being measured or represented "on each axis" to ensure clarity and avoid ambiguity.

Common error

Ensure that you explicitly define what is being measured or varied "on each axis". Avoid vague references that leave the reader unsure of the specific parameters involved.

Linguistic Context

The phrase "on each axis" functions primarily as an adverbial phrase, modifying a verb or verb phrase to specify the location or direction of an action or measurement. As Ludwig AI confirms, this phrase is suitable in English and common in contexts where multiple dimensions are involved.

Expression frequency: Very common

Frequent in

Science

88%

News & Media

7%

Wiki

3%

Less common in

Formal & Business

1%

Encyclopedias

0%

Reference

0%

Ludwig's WRAP-UP

The phrase "on each axis" is a common and grammatically correct way to specify actions, measurements, or variations across multiple dimensions, predominantly in scientific and technical writing. According to Ludwig AI, this phrase is suitable for English writing. It ensures clarity when discussing graphs, charts, or spatial relationships. Alternatives include "along every axis" or "for each dimension", depending on the context. Remember to clearly define what is represented "on each axis" to avoid ambiguity. Given its prevalence in authoritative sources such as scientific journals and news media, using "on each axis" can add precision and clarity to your writing.

More alternative expressions

Phrases that express similar concepts, ordered by semantic similarity:

Along every axis

Replaces "each" with "every" for emphasis on inclusivity, implying consideration for all axes.

For every axis

Uses "every" instead of "each" for a slightly different emphasis.

For each dimension

Substitutes "axis" with "dimension", suitable for mathematical or abstract contexts.

On every dimension

Combines the replacements of 'each' with 'every' and 'axis' with 'dimension'.

For each coordinate axis

Adds specificity by including "coordinate", emphasizing a mathematical context.

With respect to each axis

Adds formality and precision, useful in technical or analytical discussions.

Regarding each axis

Similar to "with respect to", but slightly less formal.

In each direction

Replaces "axis" with "direction", appropriate when axes represent spatial directions.

On the individual axes

Focuses on the separate and distinct nature of each axis.

Along the respective axes

Highlights that each action or measurement is related to its specific axis.

FAQs

How do I properly label a graph or chart using "on each axis"?

When labeling a graph, make sure each axis is clearly marked with the variable it represents, including units of measurement if applicable. For instance, "Temperature (in Celsius) on each axis" ensures the reader understands the data's scale and meaning.

What does "on each axis" mean in the context of data analysis?

In data analysis, "on each axis" usually refers to examining or representing data across different dimensions or variables. This involves understanding the range, distribution, and significance of data points as they relate to each individual axis.

What are some alternatives to saying "on each axis"?

You can use alternatives like "along every axis", "for each dimension", or "regarding each axis" depending on the context. The phrase "for every axis" is a very close alternative.

In 3D modeling, how is "on each axis" used?

In 3D modeling, transformations or measurements "on each axis" refer to applying changes or analyzing properties along the X, Y, and Z axes. This helps to define the object's position, orientation, and scale in three-dimensional space.