Bloom's Taxonomy Questions: Stems and Examples by Level

Bloom's taxonomy questions sort what you ask learners into six cognitive levels, from recalling a fact to creating something new, so an assessment tests real understanding and not just memory. Below are the question stems and worked examples for every level, plus how to turn each one into a multiple choice question and let an AI quiz maker draft the first pass for you.

What is Bloom's taxonomy in question writing

Bloom's taxonomy is a framework that ranks thinking from simple recall up to original creation. The revised version, published in 2001 by Anderson and Krathwohl, uses six levels: remember, understand, apply, analyze, evaluate, and create. When you write questions, the level you target decides how hard the learner has to think. A question that asks for a definition sits at the bottom. A question that asks the learner to judge two options and defend the better one sits near the top.

The practical reason teachers and trainers use it is balance. If every item on a test asks learners to recall a fact, you only ever measure memory. Mixing levels lets you check that someone can use what they know, not just repeat it. A common approach is to draw easier recall items for a quick check and weight an end-of-unit exam toward the higher levels.

The six levels of Bloom's taxonomy with question stems and examples

Here is each level, what the learner actually does, the verbs that signal it, a ready question stem, and an example written as a test item. Use this table as a worksheet: pick the level you want, grab a stem, and fill in your own content.

Bloom's taxonomy question stems for each level

If you write a lot of items, keep a bank of stems by your desk. Swap in your own content and the cognitive level stays the same. These are the stems item writers reach for most.

• Remember: What is...? Where is...? Who was...? List the steps of... Define the term...
• Understand: How would you explain...? What is the main idea of...? Which example shows...? Summarize what happens when...
• Apply: How would you use... in this case? What would happen if...? Which method solves this problem? Calculate the result when...
• Analyze: What is the relationship between...? Why does... occur? What evidence supports...? Which part causes the result?
• Evaluate: Which option is better and why? What are the pros and cons of...? How would you rank these by...? Do you agree with... and on what grounds?
• Create: What would you design to...? How would you improve...? What plan would reach this goal? Propose an alternative to...

How to write multiple choice questions using Bloom's taxonomy

You can take a higher-level question and turn it into a multiple choice item as long as it has one concrete, defensible answer. The trick is to put the thinking in the stem and let the options test whether the learner reached the right conclusion. Start with a scenario, ask the learner to apply or analyze it, then write distractors from the mistakes people actually make.

Here is a recall item lifted to a higher level. The recall version reads, "What is the boiling point of water at sea level?" The apply version reads, "A cook at high altitude finds water boiling below 100 degrees Celsius. Which factor explains this?" Both have one correct answer, but the second asks the learner to apply a concept instead of reciting a number. Build the four options so each wrong one matches a believable misconception, such as confusing altitude with temperature or pressure with volume.

The same rules that make any item fair still apply. Keep one unambiguously correct answer, make every distractor plausible, and keep the options parallel in length and grammar. Our companion guide on how to write good multiple choice questions covers the stem and distractor mechanics in detail.

Which Bloom's levels work for multiple choice questions

Five of the six levels translate cleanly to multiple choice. Remember and understand are the easiest to write, and apply, analyze, and evaluate work well once you frame the stem around a specific case with a concrete best answer. The top level, create, is the exception. Creating something original has no single predetermined answer, so it belongs in an essay, a project, or a portfolio rather than a multiple choice item. If your objective is at the create level, pair the test with an open task and use multiple choice for the levels below it.

That split is useful when you plan a mixed assessment. Use quick recall and understand items to confirm the basics, weight the middle of the test toward apply and analyze, add a few evaluate items for the hardest content, and assess create separately with a written deliverable.

Align every question to a learning objective

Questions should follow from what you said learners would be able to do, not the other way around. If an objective says students will analyze a financial statement, an item that asks them to define a term does not measure it. Write the objective first, label its Bloom's level, then write items at that same level. This keeps a test honest: the score reflects the skill you promised to teach.

For a deeper walkthrough of matching items to outcomes, see how to align test questions to learning objectives. A short test blueprint that lists each objective, its level, and the number of items keeps the whole set balanced.

Generate questions across Bloom's levels with AI

Writing a full set by hand at several cognitive levels is slow, especially the scenario stems and plausible distractors that higher levels demand. A faster path is to generate a first draft from your own material, then edit each item to the level you want. Upload a chapter, slide deck, or training manual to the MCQ maker and it drafts the stems, the answer options, and the key from your content. Set the difficulty higher and the questions lean toward apply and analyze rather than plain recall.

If you want more than multiple choice, the question generator fills a question bank with mixed formats, and the multiple choice quiz maker builds the whole assessment, not just the items. You stay in control of the final wording and the answer key. If your source is a scanned textbook or a printed handout, run it through an OCR document reader first so the tool can read the text, then generate from the recognized version.

Instructors and course creators who turn the same lessons into published material can repurpose a unit's notes into an article with an AI SEO content agent, then build the quiz from the same source so the lesson and the assessment stay in sync. In corporate training, once learners pass the assessment you can capture a signed completion record with an online document signing tool to keep an audit trail.

Frequently asked questions

What is Bloom's taxonomy?

Bloom's taxonomy is a framework that classifies learning and thinking into levels of increasing complexity. The revised model from 2001 has six levels: remember, understand, apply, analyze, evaluate, and create. Teachers and trainers use it to write objectives and questions that test more than memory, moving learners from recalling facts to using and judging what they know.

What are the six levels of Bloom's taxonomy?

The six levels, from lowest to highest, are remember, understand, apply, analyze, evaluate, and create. Remember is simple recall, understand is explaining an idea, apply is using it in a new situation, analyze is breaking it into parts, evaluate is judging against criteria, and create is producing something original. Each level asks for deeper thinking than the one below it.

What are good question stems for Bloom's taxonomy?

Good stems match the verb to the level. Use "What is...?" for remember, "How would you explain...?" for understand, "How would you use... to solve...?" for apply, "Why does... happen?" for analyze, "Which option is best and why?" for evaluate, and "What would you design to...?" for create. Keep a bank of these and swap in your own content.

Can multiple choice questions test higher-order thinking?

Yes. Multiple choice can test apply, analyze, and evaluate when you frame the stem around a specific scenario with one concrete best answer and write distractors from common misconceptions. The format struggles only with the create level, which has no single predetermined answer and is better assessed with an essay or project.

What is the highest level of Bloom's taxonomy?

Create is the highest level of the revised Bloom's taxonomy. It asks learners to produce new or original work, such as designing a plan, composing a piece, or proposing a solution. Because the output is open-ended, the create level is usually assessed with a project or written task rather than a multiple choice question.

How do you write a higher-order multiple choice question?

Start with a short scenario in the stem, then ask the learner to apply or analyze it rather than recall a fact. Make sure the question has one defensible best answer, and build each distractor from a mistake a learner with a partial grasp would make. Put the reasoning in the stem and keep the options parallel and plausible.