
Introduction to the course and all the lectures that will be covered in this course.
Covering some basics of Rubik's cube. Getting understanding of the basic elements of the cube like center pieces, edge pieces and corner pieces. Also getting familiar with the edge-corner pairs.
Overview of the steps to solve Rubik,s cube 3x3 that will be covered in this course.
Algorithm for flipping corners of the final layer of the cube.
Performing algorithm on all four corners. Introducing term commutator.
Place yellow corners in their correct positions using the corner-placement algorithm. Start with a corner in the top-right and repeat to place all corners.
Algorithm for forming yellow cross.
Align each white edge with its center piece and bring it to the top to form the white cross, without using any algorithms.
This lecture demonstrates solving the white cross by placing white edges next to the yellow center, aligning with middle pieces, and forming a top cross, preparing for corner pieces.
Learn to solve the first two layers by forming the four edge-corner pairs around the white cross, placing edges and corners with top-layer moves while preserving the cross.
Move edge-corner pairs to build the white cross, then slot edges and corners into place using side and top moves and intersecting techniques to complete the first two layers.
Apply four algorithms to complete the cube's final layer, form the yellow cross, align edges, position corners, and flip corners to finish the Rubik's cube.
Learn to solve a 3x3 Rubik's cube from scramble to solution by forming the yellow cross, aligning edges, and placing and orienting corners.
Explaining irregular cube scenario.
Congratulate learners on completing the Rubik's Cube 3x3 course and celebrate fun, confident solving while inviting questions and feedback to improve future lessons, including written algorithm tips.
Welcome to Rubik's cube 3x3 Simple and Quick way to Solve it course.
In this course you are going to learn how to solve Rubik's cube 3x3 just by learning few very simple algorithms. In fact, first two layers of the cube can be solved intuitively, with no algorithms at all and I will show you how to do it. Then for the the last layer there are just four simple algorithms needed.
How is this course different than many others out there?
Well, in this course we are going to start from the very end and we will first cover four algorithms needed for the last layer. Then, once we dive into solving the cube you will already know what to expect and in that way you will be able to learn how to complete the cube much quicker and easier. Algorithms will be explained in very simple way that is easy to remember without need for using standard notation which sometimes might confuse you.
After completing this course you will be able to solve the cube in quick and easy way and impress your friends and family. Enjoy the course!