AI Math Problem Solver for Teachers and Students
Three tools in one. Ms. Kaur uses Solve a problem with Improve with AI on to generate fully worked examples for her lesson board. She uses Make practice problems with Improve with AI on to draft a practice set on quadratic equations with answers, and she checks each one. That is tomorrow's lesson.
The AI Math Problem Solver is one of the AI generators of OpenEduCat Tools. It covers arithmetic through calculus and sets out the steps for solving, practice problems, and finding errors.
This page fills in a draft from a template. Copy prompt gives you the prompt for any AI chat.
How it works
Three modes, solving, generating, and diagnosing. Select the one that fits the task.
Select the mode
The tool has three distinct modes. Solve a problem sets out the steps for a specific problem and produces a full worked solution. Make practice problems sets out easier, on-level, and harder problems with answers to fill in, and with Improve with AI on, an AI can draft them. Find the error in worked steps asks you to find the first wrong step and the idea behind the mistake, from working you type; it does not read photos or scans.
Enter the problem, topic, or student work
In Solver mode, type or paste the problem. In Make practice problems, type the topic (e.g., "quadratic equations) completing the square") and select the level. In Error Analysis mode, type out the student's working.
AI produces structured output
Solve a problem sets out the kind of problem, what is known, one step per line with a reason, and a check; with Improve with AI on, an AI works it through. Make practice problems gives easier, on-level, and harder lines and an answers line. Find the error asks for the first wrong step, the idea behind the mistake, and a question to ask the student.
Use the output for instruction or intervention
You can print a checked solution for the student as a study resource. Practice problems can be printed as a worksheet. Error Analysis output can be used to plan a one-on-one session or to identify a class-wide misconception that needs a re-teaching moment.
Three modes, three distinct jobs
Solver Mode, for worked examples and student support
Input any problem. The AI shows every step with a plain-language explanation of each operation. Ask in the problem or equation field and multiple solution methods are shown when they exist. Teachers use this to draft worked examples for lesson boards, and they check the calculation themselves. Students can check their work against a solution the teacher shares and see where their solution diverged from the correct method.
Generator Mode, for practice sets and assessments
Select a level and type a topic; the form has no difficulty or number of problems field. The AI generates a varied problem set with different contexts and number types, not repetitions of the same problem with different numbers. The output is a draft to copy, download or print, with a line for answers. You can type more than one topic for review sessions.
What the tool produces
Structured drafts for every mode, which you check.
Full working with narration
The solver does not just show the answer, it shows every step with a label explaining what operation was applied and why. For a system of equations, each step is narrated: "Multiply the first equation by 3 to make the coefficients of x equal," "Subtract the second equation from the modified first equation," "Solve the resulting single-variable equation." The narration is written in student-facing language.
Multiple solution methods
Many math problems have more than one valid solution method. A quadratic equation can be solved by factoring, completing the square, or using the quadratic formula. When multiple methods exist, ask in the problem or equation field and the AI shows them and notes which method is most efficient for the given problem type. Students learn to recognise when to apply each approach.
LaTeX notation
Teachers can use checked solutions in assessment questions.
Difficulty by level
The draft has easier, on-level, and harder lines, and the level you select is shown on it. When a teacher specifies "Grade 7, proportional reasoning, medium difficulty," the generated problems use numbers and contexts appropriate for 7th graders, not textbook-style abstract problems with arbitrary large numbers.
Error taxonomy (procedural vs conceptual)
Not all math errors are the same. A procedural error (e.g., an arithmetic slip in the final step) requires different instruction from a conceptual error (e.g., believing that multiplying two negative numbers gives a negative result). Find the error asks for the first wrong step and the idea behind the mistake, and you decide the error type and the intervention.
Printable problem sets
Copy the problem sets or download them as a text file. Copy the problems into your own worksheet format to print and distribute.
- No student accounts.
- No ads.
- Data-processing agreement on request.
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
Which math topics does the solver cover?
The solver covers all K-12 mathematics and introductory college mathematics: arithmetic and number theory, fractions and decimals, percentages and ratios, algebra (linear, quadratic, polynomial, rational, exponential, logarithmic), geometry (Euclidean, coordinate, solid), trigonometry, statistics and probability, pre-calculus, and single-variable calculus (derivatives, integrals, limits).
How does the Error Analysis mode work with student work?
The teacher types out the student's working. The tool does not read photos or handwriting, so you type the working into the problem field and look at each step to see whether the next line follows from the one before. The AI identifies the specific step, names the idea behind the mistake, and generates a question the teacher can use in a one-on-one conversation with the student.
Is this tool for students to use directly, or just for teachers?
It is for teachers, who sign in with a free account, because students do not hold accounts. Teachers can share a checked solution from Solve a problem with students, the equivalent of a worked example in a textbook. Teachers use Make practice problems to create practice materials and Find the error to diagnose student misconceptions. Students do not sign in, so there is nothing to restrict during assessments.
Does the solver show the same method my students were taught?
The solver does not know which method your students were taught; the AI chooses a method for the topic at the level you select. The level you select is shown on the draft, and the form has no curriculum field. If a teacher wants a specific method shown, they can specify "solve using completing the square" in the problem input.
Can I generate a mixed practice set covering multiple topics?
Yes. You can type several topics in the problem field. A teacher can specify: "linear equations, quadratic equations, and systems of equations." The generator produces a mixed set with an answer key. Mixed practice sets are useful for revision and for end-of-year review sessions.
Is the Error Analysis useful for identifying class-wide misconceptions?
Not across a class. The tool holds no student work and has no dashboard. Choose Find the error in worked steps for one piece of work at a time, then compare what you find across students yourself.
Related tools
AI with your school's own student and course data is part of OpenEduCat.
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