How to become great at Mathematics

If you are a student struggling with math, finding it difficult, and even having nightmares about it, then you are in the right place. This video is designed to transform your experience with math entirely. After watching, you will be able to solve problems as effortlessly as Albert Einstein. In the next few minutes, I will share with you the mindset of every successful mathematician who has made history. This mindset is the key to making math as easy as pie.

To give you an example, I scored 97 out of 100 in my 12th-grade math exam, and by adopting this mindset, you too can achieve scores above 90. But first, you need to commit to something very important. Without this commitment, the video will not be as effective. Tell yourself that math is easy. Yes, say it out loud! I want to hear you louder. No matter who is around, don't feel shy. If you don't do this, you'll revert to your old ways of fearing math. Only you can change your life, so declare loudly that math is easy for you. Say, "I can solve math easily. Math is a piece of cake for me."

Why is this important? Let me explain. This exercise is crucial to replacing the negative mindset you've been programmed with and filling your mind with positive thoughts about math. Once you truly believe that math is easy, you are on the right track. If you haven't paused the video yet, do so now. Go in front of a mirror and repeat this to yourself until you believe it from the bottom of your heart. Then, come back and play the video. I'll still be here.

Now that you are ready, let's begin by discussing the most toxic mindset when it comes to solving math problems. When faced with a math problem, many people panic and think, "Oh my God, this question is so big! It's super difficult. I can never solve this!" They search frantically for formulas or solutions in help books, trying to copy the answers. This approach of cramming solutions is the worst thing you can do. Cramming does not help you understand math; it only makes it more difficult.

Instead of cramming, adopt what I call the learning + solution-oriented mindset. Focus on learning something from each question and finding the solution by understanding the problem. Here’s a tip: Before starting a new chapter, make a list of all the formulas you might need. This proven method simplifies math immensely. For instance, if you're studying trigonometry, list all the relevant formulas. This preparation makes it easier to recognize which formula to use when solving a problem.

You might think that remembering all these formulas is hard, but with the right mindset, it becomes effortless. When you approach a math problem, read it carefully. This is the most crucial step that most people skip. They rush to solve the problem without fully understanding it. By reading the problem thoroughly, you can identify the appropriate formula from your list.

Next, don't rush to solve the problem immediately. Think about how to get from the given values to the answer using the formulas. This process makes math feel like an engaging puzzle game. If you get the wrong answer, don't worry. Keep trying. Remember Einstein's words: "I am not intelligent; I just stay with the problem longer." The more time you spend understanding the problem, the higher your chances of solving it correctly.

Once you've attempted to solve the problem on your own, compare your solution with the one in the help book to learn from your mistakes. This practice sharpens your mind and helps you internalize math concepts. Each time you solve a problem independently, you build neural connections in your brain, making future problems easier to tackle.

Now, let’s apply this mindset to a specific example. Consider a seventh-grade math problem: finding the volume of a cylinder with a height of 5 centimeters and a radius of 2 centimeters. This demonstration will help you understand the mindset better. Start by listing the values given in the problem: the radius (2 cm) and the height (5 cm). To find the volume, you need the formula: Volume = πr²h. Plug in the values: π (approximately 3.14) × 2² × 5 = 62.8 cm³.

Remember to always include units in your answers. By carefully reading the question, identifying the correct formula, and methodically solving the problem, you can handle any math challenge.

I hope you enjoyed this article and found it helpful. I wish you all the best in your math studies. Thank you for reading.