Statistics

Mode Calculator

Find the most frequent value in a dataset.


Mode Calculator

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Finds the most frequently occurring value or values in a dataset.

How it works

Every value’s frequency is counted, and whichever value (or values, if tied) appears most often is reported as the mode.

What this does not include

This does not include mean or median alongside the mode — this calculator specifically returns the mode only, matching that narrower search intent.

How to use this calculator

  1. Enter your dataset as comma-separated numbers.

A worked example

Dataset 1, 2, 2, 3, 4 → 2 appears twice, every other value once — the mode is 2.

Dataset 1, 1, 2, 2, 3 → 1 and 2 both appear twice — the dataset is multimodal, with modes 1 and 2.

What the calculation does

Term Meaning
Mode The value (or values) that occur most frequently
Multimodal More than one value ties for the highest frequency

Edge cases worth knowing

A dataset where every value is unique has no single meaningful mode — every value technically ties for the highest frequency (1 occurrence each).

Mode is the only central-tendency measure that works on non-numeric categories (like a list of favorite colors), even though this particular calculator works with numbers.

Frequently asked questions

Can a dataset have more than one mode?

Yes — if two or more values tie for the highest frequency, the dataset is called multimodal, and all tied values are reported.

What if every value appears exactly once?

Every value technically ties for the highest frequency (1), so the dataset has no single meaningful mode in the usual sense.

Is mode useful for non-numeric data?

Yes — mode is one of the few central-tendency measures that works for categorical data too, unlike mean or median, though this calculator specifically handles numbers.

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Written by

J. Adeyemi

Statistics writer

J. Adeyemi writes the statistics and probability calculators, from descriptive summaries through to distributions and conditional probability. The recurring theme is scope: each page states precisely which question it answers, because most statistical mistakes come from applying a correct formula to the wrong question. Related-but-different measures get separate pages rather than being quietly merged.

Reviewed by

K. Novak

Calculator reviewer — statistics

K. Novak reviews the statistics and probability calculators, checking formula correctness and the scope boundary each page draws around itself. Closely related measures are routinely confused with one another, so review confirms that a page computing one of them says clearly that it is not computing the others.

How we write and review

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