How to Solve a 3x3 Using the Beginner's Method

🧩The 3x3 cube is made up of 20 pieces: 8 corners and 12 edges, with centers acting as guides.

⏰Solving the cube using the beginner's method takes around an hour, but practice will improve your speed.

🔢The beginner's method involves solving layers one by one: first the white layer, then the first two layers, and finally the last layer.

💡Understanding the algorithms used in the beginner's method will help you solve more complex cubes.

🔄The beginner's method focuses on intuitive moves and algorithms instead of advanced techniques.

How long does it take to solve a 3x3 cube?

—Using the beginner's method, solving a 3x3 cube takes around an hour. With practice, you can improve your speed.

What is the beginner's method?

—The beginner's method is a step-by-step approach to solving a 3x3 cube. It involves solving layers one by one: first the white layer, then the first two layers, and finally the last layer.

Are there any advanced solving techniques?

—The beginner's method focuses on intuitive moves and simple algorithms. For more advanced techniques, such as blindfolded solving or speedcubing, there are other methods to learn.

What are algorithms in cube solving?

—Algorithms are specific sequences of moves used to solve different cases in cube solving. In the beginner's method, you will learn a few algorithms to solve specific situations.

Can I solve more complex cubes using the beginner's method?

—The beginner's method provides a foundation for understanding cube solving. While it may not be the most efficient method for complex cubes like the 4x4 or 5x5, it will still help you understand the basic principles.

00:00Introduction and excitement for teaching how to solve a 3x3 cube using the beginner's method.

00:19Explaining the structure of the 3x3 cube, including the pieces and centers.

01:24Step 1: Solving the first four edge pieces of the white layer.

04:02Step 2: Solving the first four corner pieces of the white layer.

06:29Step 3: Solving the four middle layer edge pieces.

08:53Step 4: Solving the yellow cross on the last layer.

10:01Step 5: Aligning the yellow edges with their respective centers.

11:32Step 6: Rotating the corners to align the colors with their respective centers.

12:04Summary and encouragement to practice and improve solving skills.