AI Biology Solver

Solve biology questions from a photo

Point your phone at the page and upload the photo — a textbook question, a lab handout, a punnett square you started by hand, a labelled diagram, or a whole worksheet as a PDF. The solver reads the text, the labels and the values from the image, then works through the question step by step: which cross is being set up, which ratio follows, what the diagram is showing.

Handwritten answers and scanned pages work the same way. If a step is unclear, ask a follow-up in the same chat and it will re-explain just that step.

Study Smarter with an AI Biology Tutor That Builds Real Understanding

This is more than a biology homework helper: it works as an AI biology tutor that walks you through the concept a stage at a time. Instead of returning a bare answer, it explains why the answer is what it is, so the method carries over to the next question on the sheet.

Whether the topic is cellular respiration, genetic inheritance or energy flow through an ecosystem, the working breaks a long process into ordered stages and names what drives each one. That is what a mark scheme is asking for when it says explain rather than state, and it is the part a finished answer on its own never shows you.

It also runs the other way round. Paste your own answer and ask where it went wrong, or ask for extra practice on the topic that keeps costing you marks — osmosis one week, dihybrid crosses the next. Biology rewards precise vocabulary, so the explanations use the terms your course expects and define each one the first time it appears.

• Long processes broken into ordered, named stages
• Your own answer checked, with the line the error starts on
• Extra practice questions on the topic you keep missing
• Course vocabulary defined the first time it appears

Solve biology problems step by step

Biology questions rarely ask for a single number. Most of them ask you to describe a process, account for a pattern in a set of data, or predict what happens when one variable changes — and the marks sit in the order of the reasoning, not in the last line.

So the working is written in that order: what the question is actually asking, what the given information tells you, which principle applies, and only then the conclusion. Where a calculation does turn up — a phenotype ratio, an allele frequency, a rate of reaction, a magnification — the numbers are substituted one line at a time with the units kept in place.

• What the question is asking for: describe, explain, compare or calculate
• What the given data, diagram or cross actually tells you
• Which process or principle applies, named rather than assumed
• The conclusion, with the units and the ratio written out in full