Certainly, I'd be happy to explain the algorithms used to solve a Rubik's Cube

The beginner's method for solving a Rubik's Cube involves breaking the cube down into layers, and solving each layer one at a time. The first step is to solve the first layer, which involves inserting four edge pieces and four corner pieces into the correct positions.

To solve the first layer, you start by finding an edge piece with a white sticker and aligning it with its corresponding center piece. Once it's aligned, you use the cross algorithm (F R U R' U' F') to insert the piece into the correct position in the first layer while preserving the already solved pieces. You repeat this process for all four edges in the first layer.

Next, you need to solve the four corner pieces in the first layer. To do this, you look for a corner piece that has a white sticker and matches the color of the center piece it belongs to. You place it below its correct position and use the corner algorithm (R' D' R D) to insert it into the correct position in the first layer while preserving the already solved pieces. You repeat this process for all four corners in the first layer.

Once the first layer is solved, you move on to the second layer. The goal of this step is to insert four edge pieces into the middle layer in the correct positions and orientations.

To solve the second layer, you start by finding an edge piece that is not in its correct position and aligning it with its corresponding center piece. Once it's aligned, you use the right algorithm (U R U' R' U' F' U F) to move it to the correct position in the middle layer while preserving the already solved pieces. You repeat this process for all four edges in the middle layer.

The third step is to solve the last layer's orientation. In this step, you align all the edges in the last layer with their corresponding center pieces. Then you use one of two algorithms: the sune algorithm (F R U R' U' F') or the T-perm algorithm (R U R' U' R' F R2 U' R' U' R U R' F') to orient the last layer pieces correctly.

The fourth and final step is to solve the last layer's permutation. In this step, you move the corner and edge pieces in the last layer to their correct positions while preserving the orientation of the other pieces. You use one of two algorithms: the A-perm algorithm (R U R' U R U2 R') or the Y-perm algorithm (F U R U' R' F').

Once you've completed all four steps, your Rubik's Cube should be solved! It takes some practice to master these algorithms, but with persistence and patience, you can become proficient at solving the Rubik's Cube.
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