Bloom's taxonomy verbs and question stems for every level

"What is evaporation?" and "Why do puddles disappear after a storm?" look like questions about the same thing. They aren't: the first asks a student to recall a definition, the second to use it to explain something. A student can ace the first and freeze on the second — and a quiz made only of the first kind will never notice.

Bloom's taxonomy exists to make that difference visible. This guide gives you the verbs for each of the six levels, question stems you can fill in, one topic taken through all six levels, three multiple-choice questions that test more than memory, and a simple way to balance a quiz across the levels.

What is Bloom's taxonomy, simply?

Bloom's taxonomy is a framework that sorts learning objectives by how demanding the thinking is, from recalling a fact to producing something new. It was published in 1956 in Taxonomy of Educational Objectives by a group of educators led by Benjamin Bloom at the University of Chicago, to give teachers and examiners a shared language for what an objective — and an exam question — actually asks. In 2001, Lorin Anderson and David Krathwohl published the revised version used today, with the levels named as verbs.

The first three levels (remember, understand, apply) are called lower-order thinking; the last three (analyze, evaluate, create) higher-order thinking. This is the cognitive domain; Bloom's group also classified an affective domain (attitudes and values), and others later proposed a psychomotor one.

Bloom's taxonomy verbs for each level

Verbs to avoid in objectives: know, understand, learn, appreciate, be aware of — none of them describes something you can observe. Yes, the second level is called "Understand", but as a verb in an objective it hides the evidence: write "explain" or "summarize" instead.

A verb doesn't guarantee the level: "explain" is understanding when the student puts it in their own words, and recall when they repeat the textbook's explanation word for word. What sets the level is how new the situation is, not the verb in the prompt.

Bloom's taxonomy question stems for every level

• Remember: "What is ___?" · "When did ___ happen?" · "Can you list the ___?" · "Which of these is ___?"
• Understand: "How would you explain ___ in your own words?" · "What is the main idea of ___?" · "Can you give an example of ___?" · "How would you summarize ___?"
• Apply: "How would you use ___ to solve ___?" · "What would happen if ___?" · "How would you calculate ___ in this situation?" · "Which rule applies to ___, and why?"
• Analyze: "What are the differences between ___ and ___?" · "What evidence supports ___?" · "Why do you think ___ happened?" · "How is ___ related to ___?"
• Evaluate: "Which solution is better, and why?" · "Do you agree with ___? Justify your answer." · "What criteria would you use to judge ___?" · "Where is the mistake in ___?"
• Create: "How would you design ___?" · "What could you propose instead of ___?" · "How would you combine ___ and ___ into ___?" · "Can you write a new ___ for ___?"

One topic, six levels: the water cycle

One science topic for upper elementary or middle school, taken through all six levels:

1. Remember — "What is the name of the change from liquid water to water vapor?"
2. Understand — "Explain in your own words why puddles disappear after a storm."
3. Apply — "Two wet towels are hanging outside, one in the sun and one in the shade. Which dries first, and why?"
4. Analyze — "Compare the water cycle in a rainforest and in a desert: which stages change the most?"
5. Evaluate — "A classmate says the water cycle would keep going without the Sun. Is he right? Justify your answer."
6. Create — "Design a jar experiment with hot water and ice that shows the water cycle to your class."

Same unit, six questions, six different pieces of information about your class — a student who only answers the first has memorized; one who reaches the fifth can use what they learned.

What are higher-order thinking questions?

Higher-order thinking questions are questions that ask students to analyze, evaluate or create — to work with information rather than retrieve it. In practice they share four ingredients: a new context (a case the student hasn't seen), data to interpret (a table, a graph, a short text), a decision to justify (choose and explain why), or a mistake to find (in a worked solution or an argument).

Apply-level questions with a genuinely new situation often belong with them in practice, which is why many teachers treat "apply and above" as the target for at least a third of any quiz.

Can multiple-choice questions test higher-order thinking?

Yes, up to analyze and evaluate, on one condition — the question must present something new: an unseen case, data to read, a procedure to check. "Create" is the exception: it needs an open task.

Apply.

A rectangle has a perimeter of 20 cm and one side of 6 cm. What is its area?

A) 24 cm² ✓
B) 36 cm²
C) 120 cm²
D) 14 cm²

Distractors: B uses 6 cm for both sides, C multiplies perimeter by side, D subtracts the side from the perimeter.

Analyze.

You want to find out whether it is light, not heat, that makes a plant grow. Which experiment lets you do that?

A) Two plants in the sun, at different temperatures
B) Two plants at the same temperature, one in the light and one in the dark ✓
C) One plant in the sun and one in a dark refrigerator
D) Three plants in the light, watered differently

Distractors: A and D change the wrong variable, C changes two at once.

Evaluate.

A classmate solved 3x + 6 = 12 like this: 3x = 18, so x = 6. Where is the mistake?

A) He added 6 instead of subtracting it ✓
B) He should have multiplied by 3 instead of dividing
C) There is no mistake
D) He should have divided 12 by 6

Distractors: each one matches a common misconception about equations.

For building stems and distractors well, see the guide on how to write multiple-choice questions.

Original vs revised Bloom's taxonomy

The revision made three changes. Nouns became verbs: levels describe what the student does. Synthesis became "create" and moved to the top, swapping places with evaluation. A knowledge dimension was added — factual, conceptual, procedural and metacognitive — which, crossed with the six levels, gives a two-way grid for classifying any objective.

The familiar pyramid is a later way of drawing the taxonomy, not part of the original text — and it shouldn't be read as "most of a quiz should be recall" or "levels must always be climbed in order".

How to balance a quiz across the levels

The method: write the level next to each question before you give the quiz, then count. Example distribution for a 20-question end-of-unit test:

Proportions change with the moment — a pre-unit check leans on the lower levels, an end-of-unit test should climb. The payoff comes after grading: if scores drop from the apply questions onward, the class remembers but can't yet use what it learned — that's where tomorrow's lesson starts. A single well-built higher-level question also makes a strong hinge question during a lesson.

Writing questions at a specific level with AI

AI is most useful for the higher levels, which take the longest to write — as long as you ask for one level explicitly:

You are a [subject] teacher for [grade]. Using the text below, write 6 multiple-choice questions at the APPLY level of Bloom's taxonomy: each question must present a new situation, not described in the text, where students use a concept it explains. 4 options, one correct answer, distractors based on typical mistakes. Mark the correct answer and, for each distractor, name the mistake it represents. [paste your text here]

With PanQuiz, the drafts come straight from your material — from a topic or your own documents with the AI quiz generator, or from a PDF with the free PDF to Quiz tool — and every question stays editable. Higher-level questions can carry more points than recall items thanks to weighted scoring, and the quiz runs live with a PIN or as a graded assessment; results arrive per question and per student, so you can see at a glance which level the class stops at. Licenses are per teacher with education discounts; the 15-day Premium trial needs no credit card.

AI writes drafts; checking the level of each question is the teacher's job — a question that asks students to "explain" is still recall if the explanation is in the textbook word for word.

Three common mistakes with Bloom's taxonomy

Quizzes that never leave the first level. Twenty definitions measure last night's memory, not learning — aim for at least a third of the questions at the apply level or above.

Mistaking the verb for the level. "Explain" doesn't guarantee understanding if the answer is in the book: what counts is how new the situation is.

Skipping the foundations. Asking students to evaluate what they don't yet know produces opinions, not judgment — the lower levels aren't second-class, they're the floor.