Studying math effectively goes beyond simply memorizing formulas; it's about developing a deep understanding and applying strategic techniques that enhance learning retention. One of the most impactful strategies is the Feynman Technique, which encourages explaining math concepts in simple language. This forces you to identify gaps in your understanding, turning passive learning into active comprehension. Additionally, implementing Active Recall and Spaced Repetition ensures that you revisit material regularly, reinforcing memory over time and preventing last-minute cramming. Organizing your notes through mind maps or dedicated formula sheets can also accelerate your recall by creating visual connections between concepts. For example, grouping related theorems or problem types together makes it easier to access them during exams or problem-solving sessions. Time management is equally important. The Pomodoro Technique, dividing study into focused intervals of 25 minutes with short breaks, helps maintain concentration and prevents burnout. Pairing this with group discussions can offer fresh perspectives on challenging problems, potentially revealing more efficient methods or correcting misunderstandings. Modern tools like AI-powered study apps, such as Studytok, provide interactive flashcards, quizzes, and timers to simulate active learning environments. These resources complement traditional study methods by adapting to your learning pace and identifying areas needing improvement. Ultimately, combining conceptual understanding with consistent practice, effective note-taking, time management, and collaborative learning forms a powerful study routine for mastering mathematics.