Capture every symbol
Keep the full question inside the frame, including instructions, diagram labels, exponents, fraction bars, answer choices, units, and domain restrictions.
Free photo math solver with clear steps
Photograph a problem and turn it into a readable, checkable solution.
Sign in to solve a problem from a photo.
A free account lets you upload a problem image, review the recognized notation, and request a worked solution. Calculators, graphs, practice, and learning guides remain available without an account.
From camera image to verified mathematical notation
Photo input is useful when retyping an equation, table, graph, or diagram would be slow or likely to introduce a copying error.
Confirm the transcription
Compare the recognized expression with the photograph before following any calculation. A missing minus sign or exponent changes the problem itself.
Separate layout from meaning
Tables, aligned equations, matrices, and geometry diagrams use position to carry meaning. State unclear relationships in text when the image alone is ambiguous.
Check against the original page
Return to the photograph after solving. Verify the requested quantity, units, rounding rule, labels, and any conditions printed outside the main equation.
How to take a readable math photo
Place the page on a flat surface and photograph it straight on. Use even light without glare or hard shadows. Focus on the symbols rather than the desk around them, but do not crop away instructions that control the answer.
Photo checklist before uploading
- All four corners of the relevant problem are visible.
- Fractions, radicals, subscripts, superscripts, and negative signs are sharp.
- Handwriting does not overlap graph lines, diagram edges, or answer boxes.
- The image contains one main problem, or clearly marks which problem to solve.
- No names, faces, student IDs, grades, or unrelated personal information are visible.
Which problems work well from an image?
| Image content | What must remain visible | Useful verification |
|---|---|---|
| Printed or handwritten equation | Operation signs, fraction grouping, exponents, and the requested answer form | Substitute the result into the photographed equation |
| Geometry diagram | Point names, equal marks, angle arcs, dimensions, and stated assumptions | Compare calculated lengths or angles with the drawing and theorem conditions |
| Graph or coordinate grid | Axis labels, scale, open or closed points, intercepts, and shaded regions | Use the graphing calculator to reproduce the relationship |
| Table or data question | Column headings, units, totals, sample size, and every data row used | Recalculate with a statistics calculator |
Recognition limits that require a human check
Similar-looking characters can be confused: 1, l, and I; 0 and O; x and a multiplication sign; or a short minus sign and a fraction bar. Faint pencil, crowded matrices, stacked indices, unusual notation, and unlabeled diagrams also need careful review. If the notation is easy to type, the typed math solver gives you more control over the exact prompt.
Photo math solver questions
Should I crop the photograph?
Crop unrelated space, but keep the entire question, its instructions, units, diagram labels, and answer requirements. A tight crop that removes context can produce a mathematically correct answer to the wrong question.
Can the photo solver read handwriting?
Clear, separated handwriting is easier to interpret than faint or overlapping work. Review every recognized sign and number, especially exponents, negative signs, decimal points, and variable names.
Can I upload a geometry diagram or graph?
Yes, when labels and scales are readable. Because a drawing may not be to scale and visual relationships can be ambiguous, include any written givens and independently check the theorem or equation used.
What should I remove from a photo?
Remove names, faces, school IDs, grades, account details, and unrelated pages. Upload only the portion needed to understand the mathematics, and follow your school’s rules for assessments.