GMAT table analysis questions turn a short spreadsheet into a high-stakes puzzle: sort a column, read three Yes/No statements, and answer all three correctly — or get zero credit. This guide walks you through the format, the sort function, the math concepts being tested, a 5-step method, and the mistakes that cost most students their Table Analysis points. By the end, you will have a repeatable approach you can run on any TA item in under three minutes.
Every GMAT table analysis question opens on a split screen. The left panel holds a small spreadsheet — usually somewhere between ten and thirty rows — with a drop-down menu above it that lets you sort any column. The right panel shows three short statements about the data. Your job is to answer each statement with Yes/No, True/False, or Inferable/Not Inferable, depending on the prompt.
The table itself looks like a stripped-down Excel sheet. Columns have headers (often with units like "millions of dollars," "percent," or "kilometers"), and rows list individual records — countries, products, dates, employees, or whatever the scenario introduces. The only interactive control is the sort drop-down, and crucially, it sorts in ascending order only. To find a maximum, you sort and read from the bottom.
Each Table Analysis prompt presents exactly three short statements. The answer choices appear as two-option radio buttons: typically Yes/No or True/False, but sometimes Inferable/Not Inferable or another binary pair defined in the prompt. Statements can mix in different directions — one might ask about a maximum, the next about a correlation, the third about a calculated ratio.
The rule that catches first-time test-takers by surprise: you must answer all three sub-statements correctly to earn credit for the item. Two out of three scores the same as zero out of three. That makes Table Analysis items unusually high-variance — a single reading slip on one statement costs you the entire question.
GMAT table analysis questions live in the Data Insights section of the GMAT Focus Edition, alongside four other question types. Understanding the section as a whole helps you budget time correctly for TA items.
Data Insights contains 20 questions in 45 minutes, and it is scored on a 60–90 scale that contributes roughly one-third of the overall GMAT Focus score (which ranges from 205 to 805). The section blends quantitative and verbal reasoning with data interpretation, so your performance here depends on both math comfort and reading precision.
Table Analysis makes up approximately 10–20% of the Data Insights section, which works out to 2–4 TA prompts on a real test. The exact number varies because GMAT Focus is adaptive — the engine chooses your next item based on performance — but the 2–4 range is a reasonable planning assumption.
| Question Type | Share of DI (approx.) | Target Time | Partial Credit? |
|---|---|---|---|
| Data Sufficiency | 30–40% | 1:45–2:15 | No |
| Table Analysis | 10–20% | 2:30–3:00 | No (all 3 sub-parts) |
| Graphics Interpretation | 10–20% | 2:00–2:30 | No |
| Multi-Source Reasoning | 15–25% | 2:30–3:30 | No |
| Two-Part Analysis | 10–20% | 2:00–2:30 | No |
Across 20 questions in 45 minutes, the average budget is 2 minutes 15 seconds per item. Table Analysis runs longer than average (2:30–3:00), so you need to bank seconds on Data Sufficiency to afford TA comfortably. If your DS timing is weak, your TA timing will feel impossible no matter how well you know the content.
If you remember one thing from this guide, remember this: sorting is not an optional shortcut on GMAT data insights table analysis items. It is the primary skill the question is testing. Top scorers sort every statement; the students who struggle try to eyeball patterns without sorting.
The sort drop-down lists every column title. Pick one, and the entire table re-orders by that column in ascending order. There is no descending toggle, no multi-column sort, and no filter. Row 1 becomes the smallest value and the bottom row the largest. To find a maximum, you sort ascending and look at the last row.
The right column to sort is always the column that most directly answers the statement. A statement about the highest revenue? Sort Revenue. A statement about the median depth? Sort Depth. A statement comparing two columns? Sort by the column whose extreme (max or min) is referenced in the claim — then check the corresponding value in the second column.
Students lose time by treating the table like a book — sorting once and then scanning by eye for the remaining statements. Re-sort freely. Each sub-statement is independent, and the sort action takes about half a second. The right mindset: every statement gets its own sort, even when the previous sort "looks close enough."
Worked Example — Sort Strategy
Setup: A 22-row table lists earthquakes with columns for Magnitude, Depth (km), Latitude, and Date. Statement: "The earthquake with the greatest magnitude occurred at a depth of less than 30 km."
The math in Table Analysis is not hard in isolation. It is hard in combination with reading the table, choosing the right column, and managing the clock. Still, you need the core statistics fluent enough to compute them without thinking.
GMAT table analysis tips you will see across prep sites tend to be ad hoc: "read carefully," "sort smart," "check your work." They are true, but they are not a process. Here is a 5-step loop you can repeat on every TA item until it becomes automatic.
| Step | What You Do | Typical Time |
|---|---|---|
| 1. Orient | Read the table title, description, and column headers | 15–20 sec |
| 2. Read statement | Read one of the three sub-statements carefully | 10–15 sec |
| 3. Pick a sort | Choose the column that directly answers this statement | 5 sec |
| 4. Verify | Confirm Yes/No using only the data visible on screen | 20–30 sec |
| 5. Commit and move | Mark the answer, repeat steps 2–4 for statements 2 and 3 | 15 sec × 2 |
Spend 15 seconds getting oriented before you read any statement. Read the table title, glance at each column header, and note the units. Then — and only then — read the first statement. Reversing this order (statement first, headers later) is a common cause of the header-misread mistake.
In most cases the statement tells you exactly which column to sort. "The highest revenue" → sort Revenue. "The median age" → sort Age. When the statement compares two columns, sort by the column whose extreme value anchors the claim.
Verify means exactly that: confirm the claim is true or false using only what the table shows. No assumed trends, no outside knowledge, no "it probably means." Then commit your answer and move to the next statement — even if you are not 100% confident. Going back costs more time than it saves.
Worked Example — The 5-Step Loop
Setup: A table lists 10 regional sales offices with columns for Region, Q1 Revenue, Q2 Revenue, and Headcount. Statement: "The office with the highest Q2 revenue also had the largest headcount."
The same handful of errors cost most test-takers their Table Analysis points. Knowing them in advance is half the fix — the other half is a sort-first, infer-nothing habit. This is where GMAT table analysis strategy pays off more than raw math skill.
| Mistake | Why It Happens | What to Do Instead |
|---|---|---|
| Inferring beyond the table | Students apply real-world knowledge or assume trends | Answer only what the data explicitly supports |
| Misreading a column header | Skipping the header, missing units like 'thousands' or '%' | Pause on headers before reading statements |
| Scanning instead of sorting | Treating TA like a reading task | Sort first, then look — every statement |
| Memorizing the table | Trying to hold rows in working memory | Let the sort do the work; re-sort freely |
| Running over 3 minutes | Getting stuck on one sub-statement | Guess on that sub-statement and move on |
The number-one TA error is adding information. The statement says sales grew — you assume the cause is a marketing push because the Notes column mentions one. That is outside reasoning. If the table does not explicitly prove the statement, the answer is No (or Not Inferable). Your only source of truth is what is on screen.
Units are where fast readers trip. A column labeled "Revenue ($ thousands)" holding the value 450 means $450,000, not $450. A column labeled "Growth (%)" with the value 0.15 might mean 0.15% or 15%, depending on the prompt. Read every unit before reading any statement.
Three minutes is your hard ceiling. If you are on the third sub-statement at 2:45 and still unsure, guess. Protecting the rest of your Data Insights clock is worth more than the expected value of squeezing out one more correct statement — especially given the no-partial-credit rule already makes the overall item an all-or-nothing bet.
Good GMAT table analysis practice is not about doing more questions — it is about building pattern recognition so that sorting, reading, and verifying all happen faster each time. Quality over volume, and always on a clock.
Target 2 minutes 30 seconds per TA item, with 3:00 as the hard ceiling. Practice with a visible countdown timer so you develop the internal sense of how long each step of the 5-step loop actually takes. When you feel rushed on step 4 (Verify), that is a signal you spent too long on steps 1–3.
Nothing substitutes for the real sort drop-down. Use GMAC's own practice platform at mba.com — the free starter kit includes TA items — before investing in third-party tools. The muscle memory of clicking the correct column on the real UI saves seconds on test day.
| Difficulty | Number of Questions | % of Total |
|---|---|---|
| Easy | 11 | 42% |
| Medium | 12 | 46% |
| Hard | 3 | 12% |
| Total | 26 | 100% |
Start with the 26 TA questions in the GMAT Official Guide Data Insights Review — the distribution skews to easy and medium, which is great for building the habit loop. Once you are consistently correct on medium items at under 3 minutes, move to Test Ninjas for harder TA questions and expert explanations.
Enter how many Table Analysis prompts you expect and your target average time to see how much of your 45-minute Data Insights clock they will consume.
Look up the fastest sort approach based on what the statement is asking about.
Five quick practice questions to lock in the format, timing, and strategy you just read.