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Misconception Buster (Wrong Idea, Why It Feels Right, Correction)

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Replace a popular wrong idea with a better mental model.

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List and fix the most common misconceptions about [TOPIC] among [AUDIENCE].

Give me [NUMBER_OF_MISCONCEPTIONS] misconceptions. For each, use this layout:

MYTH: the wrong idea stated the way a person would say it.
WHY IT FEELS TRUE: the everyday experience or half-truth that makes it believable.
WHAT IS ACTUALLY TRUE: the corrected idea in two sentences or fewer.
A TEST YOU CAN DO: a quick question, observation, or example that exposes the myth.
SAFER WAY TO SAY IT: one sentence a teacher could use instead.

Rules: only include misconceptions that are well documented; if a claim is debated, label it "contested" and give both sides; do not mock people who believe them; no more than 100 words per misconception.

At the end, say which misconception does the most damage to later learning and why, and ask me what my audience currently believes so you can refine the list.

Order the list from most common to least common. If you are not sure that a misconception is widespread, leave it out and tell me. Use examples my audience would recognize from daily life rather than textbook cases.

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See an example result (fictional data)
MYTH: "Heavier objects fall faster."
WHY IT FEELS TRUE: a feather falls slowly and a hammer drops quickly; everyday air resistance hides the pattern.
WHAT IS ACTUALLY TRUE: without air resistance, objects fall at the same rate regardless of mass. Air resistance is what makes light, wide objects fall slower.
A TEST YOU CAN DO: drop a sheet of paper and a book; then drop the paper on top of the book and see them fall together.
SAFER WAY TO SAY IT: "In air, shape matters; in a vacuum, all objects fall alike."
Most damaging misconception for later learning: confusing weight and mass, because it blocks understanding of forces.

Illustrative only, made-up data. Your results will differ and must be reviewed.

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