Speed and accuracy are related, but trying to increase both at once can make practice chaotic. If you rush before you understand why answers are wrong, the same mistakes become faster. Build a reliable method first, then reduce time gradually while protecting correctness.
Measure the problem before changing your method
Take a short, representative set under normal conditions. Record the number attempted, correct, incorrect, left blank, and the time spent. Separate confident answers from guesses. Then classify errors: concept gap, wrong interpretation, forgotten fact, calculation slip, poor option elimination, or time pressure. The category matters because each problem needs a different remedy.
Use the marking scheme from the current official notice when interpreting results. In an exam with negative marks, a high attempt count can hide avoidable losses. In a test without negative marking, leaving questions blank may have a different cost. The best strategy depends on the rules and the difficulty of the paper.
Build accuracy with untimed and lightly timed practice
For a weak topic, begin with a small untimed set. Explain each method and check why the distractors are wrong. Once your approach is stable, repeat a similar set with a generous time limit. If accuracy drops sharply, the issue may be an unclear concept or a method that is too fragile for pressure.
Use a two-pass review for mistakes. First, try the question again without the solution. Then compare your approach with the explanation and identify the exact point where it diverged. Write one short reminder, such as “check whether the percentage is applied to the original value” or “convert units before comparing rates.” A useful reminder tells you what to do on the next question.
Increase speed in small steps
Set a target time based on your current pace, then reduce it modestly. For example, if a set takes 30 minutes with sound accuracy, try the next comparable set in 27 or 28 minutes. Do not compare timing across sets with different content or difficulty. Keep notes on accuracy as well as time; faster performance is not progress if correct answers fall away.
Learn efficient methods where they are valid. Estimation, option elimination, diagramming, or a standard shortcut can save time, but only if you understand its conditions. Practice both the full method and the efficient one so you can recognize when a shortcut is unsafe.
Choose questions deliberately during a test
At the start of a section, scan enough to identify questions that appear familiar and manageable. Do not spend too long surveying. Solve clear questions first, mark those that need a second look if the platform permits, and move on when you are repeating the same steps without progress. A planned return is usually better than sacrificing several easier questions to one stubborn item.
Keep an eye on the section clock at set intervals rather than after every question. Constant clock checking breaks concentration. Divide available time into an initial pass and a review pass, leaving a small buffer for checking entries or instructions. Adjust the split to the actual test format.
Use negative marking carefully
Read the scoring rule before the test. Decide in advance how you will handle uncertain answers, but allow the evidence in the question to guide you. If you can eliminate options using a sound reason, an attempt may be different from a blind guess. Do not invent a universal probability threshold without considering the mark and penalty values.
Analyse every mock test
After a mock, review more than incorrect answers. A correct guess can reveal a gap; a slow correct answer may show an inefficient method; a skipped easy question may point to poor scanning. Compare topic accuracy, time per question, and repeated error types across several tests. One mock is a snapshot, while a pattern across tests is a basis for changing your plan.
Practice with question sets to improve specific skills and use a test series to rehearse timing. The value comes from reviewing decisions after each attempt, not collecting scores.
Keep an error log small and usable
Record only mistakes that teach you something. Include the topic, the mistake, its cause, and a correction cue. Revisit the log after a few days and solve a fresh question of the same type. If an error does not recur, archive it from your active list. If it repeats, return to the underlying concept rather than memorizing the answer.
Protect concentration and consistency
Use a quiet, timed practice block and avoid switching between tabs or notes. Take a short break after a demanding session. Good sleep and a realistic weekly plan support steady attention; last-minute exhaustion often increases careless errors. With each cycle, aim for a small improvement in either accuracy or time while keeping the other measure stable. Once the change holds across several sets, move to the next target.
Make your practice comparable whenever possible. Use sets of similar length and difficulty, follow the same timing rules, and record whether a calculator or reference material was allowed. This makes it easier to tell whether a new method helped. When a set is unusually difficult, review the reasoning but avoid treating its raw score as a direct comparison with an easier set.
Build this routine gradually. Start with a short, reliable practice block and add time only when you can sustain focus through review. If fatigue causes repeated mistakes, pause and identify whether the session is too long or scheduled at a poor time. A clear record of attempts, accuracy, and review is more useful than a large number of rushed questions.
