Posts Tagged ‘5x5x5’
[Deutsch] 5x5x5 Rubik´s Cube Lösung Part 3
Das dritte und letzte der Tutorials, wie man den 5x5x5 Cube Lösen kann…auf deutsch! Viel Spaß damit! |||Bitte bewertet die Videos (oder zumindest dieses) und/oder schreibt einen Kommentar, damit ich weiß, wie das Tutorial ankommt||| Die 1000er Marke geknackt (2.11.09)! Danke für die vielen Klicks, Bewertungen und Kommentare! (Dauer: 5.6.2009-2.11.2009) Die 2000er Marke geknackt (18.12.09)! Dauer: 2.11.2009-18.12.2009 5000: 18.12.2009-23.2.2010
Video Rating: 4 / 5
Dan Harris – Rubik’s 5x5x5 in 2:22
Dan Harris solves a 5x5x5 cube
Video Rating: 4 / 5
Apprends à résoudre le Rubik’s Cube avec Jean Pons (champion du monde 2005) de Rubik’s Cube. La solution est décomposée en 4 vidéos. Voici la troisième vidéo d’explications. En 1974, Ernõ Rubik, professeur d’architecture, mettait au point un casse-tête pour ses élèves sans penser que son cube deviendrait un jour aussi célèbre ! Alm@nak te donne toutes les clés pour le résoudre ! Visite le site : www.almanak-mag.com et imprime ta fiche récapitulative pour bien suivre les instructions.
Rubik’s 5x5x5 avg of 5: 1:23.75 National Record Yu Nakajima
(DNF), 1:23.09, 1:29.05, 1:19.11, (1:16.41) NR So bad. Cube: V-CUBE This video was taken by Simpei Araki.(YouTube account is “Speedcuber”) Thank you 
Video Rating: 4 / 5
*Make Sure your Annotations are turned on for this video* Josh lost Fran and he needs your help to find her! Watch the video and click on any of the boxes (in the video) where you think Josh lost Fran. Follow the instrutions the video gives you and you will be find her! Josh really needs your help because Fran was the only 4×4 Rubik’s cube he’s ever owned! Check out some of these Links: twitter.com www.myspace.com Music produced by George Strompolos If you’re cool, then comment me the secret code: Fran is a Burger Thanks for Watching! Please Subscribe =) Thanks
Geared 5x5x5
Buy at www.shapeways.com Copyright (c) 2010, M. Oskar van Deventer. Geared 5x5x5 is a higher-order variation to the Gear Cube. A set of gears make an inner layer turn at half the speed of an outer layer. This way, the outer layers can only be turned by 180 degrees. The gearing ration is 4:40, so the puzzle always retains it cubic shape, and the edge gears can only be flipped by 180 degrees. Still, the puzzle is fiendishly difficult. Thispuzzle was 3D-printed using nylon-powder SLS technology, which explains its price. It is the very first prototype, costing its designer and maker a lot of money to create. Please do not confuse it for a cheap mass-produced puzzle.
Video Rating: 4 / 5
5x5x5 Rubik’s cube former World Record single 1:06.93 Syuhei Omura
18sec center 50sec edge bad 3x3x3 part VERY nice LL (8moves) cube:V-cube with white core
Video Rating: 4 / 5
www.LubeTheCube.com How to solve the Rubiks cube for BEGINNERS The last layer corners are the same concept of the ELL aka CLL/ELL method. CLL (Corners of Last Layer) is the first step of Guus Razoux-Schultz Method. Obviously his is way more advanced and faster. View click on the link below to view a beginners tutorial on ELL (Edges of Last Layer). www.youtube.com HOW TO SOLVE A RUBIKS CUBE THE EASY WAY HOW TO SOLVE THE 2ND LAYER
Video Rating: 4 / 5
How to Solve a 5x5x5 Rubik’s Cube – Part 4 – Parity Errors
Looking to see how to solve the bigger Cubes as a 3×3? Click THIS LINK to see my Video Explaining it! www.youtube.com Unsure of how to solve a 3×3 Rubik’s Cube? Check out my 3×3 Tutorial: www.youtube.com Goes over the 3 main types of parity errors you will encounter while pairing edge pieces on the 5×5 cube, the single edge flip, the edge swap, and checkerboard patterns. You will only need to know two algorithms in order to correct the parity errors, and you should already know the first one since it is also used to solve the 4×4 parity error. The first parity case I go over is one where we have one middle edge piece which is flipped. The algorithm I give you does not actually flip that single middle edge piece alone, but flips the two outer edge pieces over so they are the same orientation as the middle piece. The algorithm we use to correct this is the same algorithm we used in the 4×4 Tutorial for fixing the PLL parity error which occurred when solving the top cross. It is: (Rr)2 B2 U2 (Ll) U2 (Rr)’ U2 (Rr) U2 F2 (Rr) F2 (Ll)’ B2 (Rr)2 ________________________________________ The second type of parity case is one where we have two outer/wing edge pieces which have switched places. That algorithm we will be using is: (Ll)’ U2 (Ll)’ U2 F2 (Ll)’ F2 (Rr) U2 (Rr)’ U2 (Ll)2 ________________________________________ The third type of parity error is basically a mix of the first two errors we see and can be solved using both the above algorithms, and also an algorithm used to …