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AI Academic Content Generator for Math

Creating original math content (problems with realistic numbers, clean solutions, and the right level of complexity) is harder than it looks. Problems that are too easy teach nothing. Problems with unrealistic values confuse students. Worked examples that skip steps lose struggling learners. The Academic Content Generator gives a structure for math content and, with Improve with AI on, a first draft for the CCSS standard you are targeting, which you check for correct arithmetic and the right difficulty.

This page fills in a draft from a template. Copy prompt gives you the prompt for any AI chat.

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How teachers use the academic content generator for math

Mr. Torres creates AP Calculus worked examples

An AP Calculus BC teacher building a unit on integration by parts. He needs five worked examples at AP exam difficulty, with integrands that require the technique, realistic setup steps, and full solution notation. He enters the AP Calculus BC topic, with the difficulty (AP exam free-response level) in the same field. The AI can generate five complete worked examples with step-by-step solutions and notes explaining each decision.

Ms. Lee builds differentiated problem sets for 6th-grade ratios

A 6th-grade math teacher with a wide ability range who needs a ratio and proportion problem set with three tiers. The approaching-grade tier uses whole-number ratios with visual support. The on-grade tier uses mixed contexts. The advanced tier embeds ratios in proportional reasoning tasks. The AI generates all three tiers, each with 8 problems and an answer key, with the tiers described in the topic and the CCSS standard (6.RP.A.3) in its own field.

Ms. Patel creates Number Talk prompts for 3rd grade

A 3rd-grade teacher who uses Number Talks daily to build mental math fluency. She needs a week of Number Talk prompts focused on the distributive property. She picks Practice problems and enters the CCSS standard (3.OA.B.5), with Number Talks named in the topic. The AI can generate five Number Talk strings (each with an anchor problem and three related problems designed to surface the distributive property pattern) with facilitation notes for each.

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What this page does here

This page builds a draft from a template on this device. Copy prompt gives you the prompt for any AI chat.

Questions teachers ask

Are the generated math problems arithmetically verified?

No. You verify them: the generator includes no arithmetic check, so check all generated problems and solutions yourself. Check integer and decimal computations. Check algebraic solutions for consistency. For advanced topics like calculus and differential equations, check that the stated solution satisfies the original equation.

Can it generate problems for advanced math, precalculus, calculus, statistics?

Yes. You can name any K-12 or early college math course in the topic: arithmetic through pre-algebra, algebra I and II, geometry, precalculus, calculus (AB and BC), AP Statistics, and introductory college mathematics. With Improve with AI on, the AI can aim for the standard notation, standard problem types, and exam-level difficulty of that course, which you check. You can also name a difficulty level in the topic.

What math pedagogy templates does the generator support?

The form offers worked examples and practice problems; other math formats, such as Number Talks, Three-Act Math tasks, Math Workshop stations, Notice and Wonder openers, and exit tickets, are ones you name in the topic for Improve with AI to draft.

Can I specify that problems should use specific values or contexts?

Yes. You can name constraints in the topic for Improve with AI to follow: value range (e.g., two-digit by two-digit multiplication only), real-world context (sports, cooking, money, construction), number type (integer only, include fractions, include decimals), and problem structure (single-step or multi-step). This lets you align practice problems to the instructional focus and student context of your particular class.

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