This is a video tutorial on how to solve a Rubik's Cube, specifically the second part of a series. The instructor, Evgeniy Bondarenko, guides viewers through the process of assembling the first two layers of the cube.
The video begins with a review of the first part of the tutorial, where viewers learned how to assemble the white cross on the white side of the cube. The instructor then explains how to assemble the white side, including finding the white corners and matching them with their corresponding centers.
The instructor also introduces a new algorithm, which is a series of movements that can be repeated to solve the cube. The algorithm is demonstrated in different situations, including when the edge needs to go to the right or left.
The video also covers non-standard situations that may arise during the process, such as when there are no edges without yellow colors on the top side. The instructor explains how to replace an edge from the top with one from the middle layer using the same algorithm.
Throughout the video, the instructor emphasizes the importance of repetition and practice in mastering the movements and algorithms. The video concludes with the instructor encouraging viewers to review the material again before moving on to the next part of the tutorial.
Overall, the video provides a clear and step-by-step guide on how to assemble the first two layers of a Rubik's Cube, with a focus on repetition and practice.
Here are the key facts extracted from the text:
1. The speaker's name is Evgeniy Bondarenko.
2. The topic of the video is solving a Rubik's Cube.
3. The video is a continuation of a previous part where the audience learned how to assemble the correct cross on the white side.
4. The goal of this part is to assemble the correct white side and its neighboring elements.
5. The speaker explains that to assemble the white side, one needs to find the correct white corners on the top layer.
6. The speaker describes an algorithm to put a white corner in its place, which involves rotating the right side clockwise, the top side clockwise, the right side counterclockwise, and the top side counterclockwise.
7. The algorithm is repeated until the corner is in its place.
8. The speaker explains that to assemble the second layer, one needs to find the correct edges without yellow color.
9. The speaker describes an algorithm to put an edge in its place, which involves removing it from the desired place, doing the algorithm with the right hand, turning the cube over, and doing the algorithm with the left hand.
10. The speaker explains that to handle non-standard situations, one needs to replace an edge with another one from the top layer.
11. The speaker describes how to adapt the algorithm to handle edges that need to go to the left.
12. The speaker concludes that assembling the first two layers of the Rubik's Cube is simple and depends on the repetition of some movements.