Solve both 3x3 and 2x2 Rubik cube by ONE simple algorithm

Name: Solve both 3x3 and 2x2 Rubik cube by ONE simple algorithm
Rating: 4.1 (43 reviews)

Solve 3x3 and 2x2 Rubik's cube without memorizing complex algorithms. Instructions are based on using real cube

Created byLK K

Last updated 8/2017

English

What you'll learn

First time ever: Solve the 3x3 & 2x2 Rubik cube by remembering just one simple algorithm
Are you new to Rubik cube?
Are you looking for an easy way to solve the Rubik cube?
Not just the 3x3, but 2x2 as well? Especially without remembering any complex algorithm?

Course content

5 sections • 32 lectures • 50m total length

Understand cube faces0:22
In this video, we learn about, how to call each face in the rubik cube. This is important to understand how to do the right twist and turn when we solve the cube
Understand the pieces0:40
In this video, we learn about the behavior of various pieces when the cube faces are turned
How each piece moves1:03
Lets learn how the pieces will move when we turn them clock wise / anti-clock wise direction in the video
Understand notation1:59

Lets start0:58
Lets understand how to select the right first edge to begin
Solve the first edge1:13
Solve the first edge with / without algorithm using with /without logic
Solve the next edge2:05
Continue to use the same logic / alogorithm to solve the next edge in the first layer
Fix the orientation2:23
Understand how to change the orientation when there is an inverested piece
Solve the last edge0:48
Finish solving all the edges in the cube
Summary: Solving all the edges in the first layer0:18
Quick recap on how the edges are solved in first layer
Where to begin to solve the corner piece0:12
Now, its time to solve the corner piece. In this video, we will understand about corner piece, their orientation and solving method
First step to solve the corner piece0:24
Do the set up to solve the corner piece
Identify the first corner piece0:40
Time to execute what we learned in the previous two videos. Solve the first corner piece
Repeat and solve the first layer1:14
Repeat the steps and finish solving the first layer

Solve second layer first piece2:52
Do the set up to solve the 2nd layer & solve the first piece in 2nd layer
Solve the next edge piece1:09
Repeat the steps and continue to solve the next pieces
Second layer alternate scenario-11:07
Understand what to be done, if we get a differently orientated pieces
Second layer alternate scenario-23:26
Understand what to be done, if we get a differently orientated pieces

First step in top layer1:41
Move on to the top & final layer. Do the set up
Get corner pieces solved2:33
Unlike in the other two layers, this time start with the corner piece to begin solving
Third layer - Get all top same color0:58
Get all the pieces layer into the same color like in the first layer
Third layer corner piece - Scenario-11:38
Understand what to be done when we get the alternate scenario while solving the corner piece in the 3rd layer
Third layer corner piece - Scenario-2-Tryout all the possible options2:26
The alternate steps to be done when the edge pieces doesn't match
Final Step1:28
Final steps to be done to solve the cube
Final step alternate scenario10:43
This video explains the alternate steps to be done when the edge pieces doesn't match
Final step alternate scenario 21:19
Alternate scenario when the edge pieces doesn't match in the final step

Solve first and second peice in the bottom layer1:37
Learn to solve where to start
Learn to solve the second piece based on the first piece orientation
Solve the third piece in bottom layer1:06
Continue to solve the third piece
Solve the last piece in the bottom layer0:26
Solve the last piece in the bottom layer
Top layer - Get the pieces into correct loaction6:17
Move to top player
Get the pieces into correct location
Final step - Get the orientation fixed1:48
As a last and final step, fix the pieces orientation that will automatically solve the cube
Top player - Alternate Scenario3:58
Under an alternate scenario to solve the pieces orientation

Requirements

A Rubic Cube
Enthusiam to solve rubik cube

Description

You will learn to solve both 3x3 and 2x2 Rubik's cube in about 45 minutes using a revolutionary single-algorithm approach. Once you learn, you'll be able to solve the cube in about 5 minutes.

The course is divided into very small videos (~2 min) for easy and better understanding. Instructions are based on real Rubik's cubes, making it simple to follow along at your own pace.

Key Features

No prerequisite knowledge required
No complex algorithms to memorize
Perfect for complete beginners or those who gave up on traditional methods
Suitable for both adults and children above 10 years old
Real cube demonstrations provide crystal-clear visual guidance
Bite-sized lessons build progressively without overwhelming you
Mobile-friendly format allows learning anywhere, anytime

What You'll Gain

Master both 2x2 and 3x3 cubes with one simple technique
Enhance spatial reasoning and problem-solving abilities
Impress friends and family with this impressive skill
Certificate of completion to showcase your achievement
Lifetime access with regular updates based on student feedback

Learning Experience

Pause, rewind, and practice until each step becomes natural
Step-by-step troubleshooting guidance for common mistakes
Practice exercises to reinforce muscle memory
Bonus tips for improving your solving speed over time
Comprehensive Q&A support from the instructor

Join thousands of satisfied students who've transformed from frustrated beginners to confident solvers. Experience the satisfaction of solving your first Rubik's cube within the hour. Money-back guarantee if you're not satisfied!

Who this course is for:

This course is for Absolute beginners

Solve both 3x3 and 2x2 Rubik cube by ONE simple algorithm

What you'll learn

Explore related topics

Course content

Introduction4 lectures • 4min

Solve the First Layer10 lectures • 10min

Solve the Middle Layer4 lectures • 9min

Solve the Top Layer8 lectures • 13min

Time to solve 2x26 lectures • 15min

Requirements

Description

Who this course is for: