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About this tool
Split a three hour exam into timed checkpoints per section so you know the exact clock time each part must end.
This tool converts a three hour question paper into a set of clock-time checkpoints, allocating writing minutes to each section in proportion to the marks it carries — the classic mark-weighted "minute per mark" pacing method scaled to your actual paper. Students preparing for board exams, university semesters or competitive descriptive papers enter their sections, marks and start time, and get the exact time each section must end, with reading time and a final review buffer already carved out.
Open Three Hour Paper Pacing Tool on AltFTool — it loads instantly in your browser.
Add your input to the workspace.
Adjust the options until the result looks right.
Copy or download the output and put it to work.
A 30-mark section gets exactly three times the minutes of a 10-mark section — no guesswork.
Checkpoints are shown as HH:MM times you can match against the exam hall clock.
Reading time and an end-of-paper review buffer are subtracted before the split, so the plan is honest.
Divide your writing time in proportion to marks: subtract reading time and a 5-10 minute review buffer, then give each section (working minutes × section marks ÷ total marks). For a 180-minute, 100-mark paper with 15 minutes reading and 10 minutes review, that works out to about 1.55 minutes per mark.
Around 5-10% of the total duration — 10 to 15 minutes on a three hour paper. Use it to check numbering, fill skipped answers and verify calculations rather than rewriting anything.
It is the exam-technique rule of thumb that a question deserves roughly one minute of writing per mark it carries, scaled to your paper. If your paper has more marks than minutes, this tool scales the ratio down automatically so the whole paper still fits.
CBSE and several Indian state boards grant 15 minutes of reading time before writing begins, but not every exam does — university and competitive exams often give none. The tool lets you set reading time to zero, and the checkpoints adjust accordingly.