Before you start learning **how to solve magic cube 3×3**, it’s important to understand how this puzzle works. This article will cover the basic move notations, algorithm, and rotation of the up face and left top edge. Once you understand these things, you can move on to the more advanced steps of solving the puzzle.

## Algorithms

There are many ways to solve a magic cube. These include solving the four corner pieces in the first layer and the four edges on the middle layer. Then, you combine the matching corner and edge pieces into blocks, and place them in the proper position. The next step involves solving the middle layer.

The first step is to identify the pieces’ colors. The edges of each layer need to match the color of the center piece, and you can use an algorithm to determine their orientation. Typically, the pieces are rotated in one direction. Next, apply the algorithm F R U R’ F’.

Another step is to learn the algorithms. There are many algorithms that will solve a cube, and learning the right one is essential for solving the problem. The CFOP algorithm, created by Jessica Fridrich, solves the cube in four different layers at once. This algorithm uses a massive collection of algorithms. Despite the fact that it requires learning 120 algorithms, Fridrich is able to solve the puzzle in 55 moves.

## Basic move notations

The basic move notations in the magic cube 3×3 are letters. Each letter indicates a direction in the cube. For example, FUR refers to the corner piece at the intersection of F, U, and R. Similarly, UB is the edge piece between the U and B layers, and it refers to the corner piece next to it.

The basic move notations are important in understanding algorithms. The letters indicate which layer in the cube will turn clockwise, anti-clockwise, or counter-clockwise. The alphabetic alphabet is commonly used for cube notations, such as Up, Down, Right, and Left. The cube’s name is also spelled out in the standard notation.

To solve the cube, start with the L-side if you’re right-handed, and solve the two faces on the opposite sides. In addition, you can rotate the cube along the x, y, and z space axes. After solving the first layer, continue with the next.

## Rotation of up face

If you have trouble solving a Magic Cube 3×3 you can try reorienting the up face. This method will help you to save valuable seconds. You may also consider using the center of the cube as a reference. However, you should not use the center for orientation until you’ve solved the cube.

There are several ways to arrange the yellow cross on the up face of the cube. You can arrange it in the center yellow dot, in an L shape, or in a line. To determine which one of these arrangements is the correct one, rotate the cube until one of the yellow corners is in the correct position. Then, rotate the cube until the piece that’s on the top is closest to you.

If you want to rotate the up face of the Magic Cube 3×3, you can either hold it so that the right face faces you or rotate the up face to face you. However, this way, you won’t lose the orientation.

## Rotation of left-top edge

The first step to solving a magic cube is to rotate the left-top edge 90 degrees. Then, rotate the middle-center pieces using new moves. This will allow you to rotate the cube’s pieces and make them all align correctly.

The second step is to rotate the top corners of the cube to match the colors of the sides. To do this, orient the yellow face to the right and rotate the remaining two corners clockwise. You may need to swap two adjacent corners to make sure you have the correct combination.

Next, you need to solve the four layers of the cube. This requires using two algorithms: the Aa-perm and the E-perm. Then, rotate the cube clockwise two times. Repeat the algorithm until all of the colors match. At this point, you should have three identical-colored cubes on the top layer and one on the center of the second layer.