May 29, 2024

# Learn How to Solve the 4×4 Rubik’s Cube

How To Solve the 4×4 Rubik’s Cube- Solving a 4×4 Rubik’s Cube, commonly known as the Rubik’s Revenge or Master Cube, necessitates some different tactics than solving a 3×3 cube. There are 24 center pieces, 24 edge pieces, and 8 corner pieces in the 4×4 cube. Follow the methods below to successfully solve the 4×4 Rubik’s Cube:

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Step 1: Solve the Centers

1. Begin by deciding on a color for your center. It is critical to maintain a constant point of reference throughout the problem-solving process.
2. Look locate the cube’s center components and solve them one by one. The 4×4 cube, unlike the 3×3 cube, includes multiple center pieces for each color.
3. To solve the center pieces, you can utilize intuitive approaches or algorithms. Arrange each center component in accordance with the color of the fixed center reference.

Step 2: Pairing the Edges

1. Match the edge pieces with their corresponding colors. There will be 12 pairs to solve.
2. Find two edges that have the same color and drag them to the same layer. Place them on the layer’s left and right faces.
3. To swap the two edges without changing the rest of the cube, use the following algorithm: Rw2 U2 r2 U2 Rw2.
Repeat for all 12 pairs of edge pieces until they are properly matched.

Step 3: Pairing the Corners

1. Match the corner pieces with their corresponding colors. There will be 8 pairings to solve.
Place two corners on the same layer’s front face. To swap the two corners without altering the rest of the cube,
2. use the following algorithm: Lw2 U2 Lw2 l2 U2 Lw2.
3. Repeat for all 8 pairs of corner pieces until they are properly matched.

Step 4: Solve it like a 3×3 Cube

1. Only solve the remaining edges and corners of the cube as a 3×3 cube with the centers in place.
2. To solve the cube, use familiar 3×3 methods and strategies. If you’re not familiar with the 3×3 solving methods, you can learn them first before attempting to solve the 4×4 cube.

Step 5: Parity Cases

1. During the problem-solving process, you may come into “parity” scenarios. When there are an odd number of swaps in the edges or corners, the puzzle appears unsolvable.
2. To resolve the parity cases, you’ll need to learn specific algorithms to flip or swap pieces without disturbing the rest of the solved cube. In these unusual circumstances, these algorithms are critical to completing the cube.

### Final Words

Remember that solving the 4×4 Rubik’s Cube takes time, patience, and experience with several ways. Understanding the underlying concepts and techniques is just as important as learning and memorizing algorithms. Once you’ve mastered the 5×5, you can apply the same techniques to tackle larger cubes like the 5×5 or even more difficult cubes in the future.

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