In this case we perform the action from case 2:
Rotate on 180⁰ |
Rotate on 180⁰ |
Rotate on 180⁰ |
We got the situation 1 whole and 3 broken. |
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Find the whole rib. In this example, it Orange rib on the White side. |
Hold the whole rib (in this sample it the Orange rib) with your fingers and use case 1 «1 whole, 3 broken» |
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Case 4. We have 2 whole ribs and 2 broken ribs
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On the White side one rib is whole (Orange) and second rib is broken (Red). |
On the Yellow side one rib is whole (Red) and second rib is broken (Orange). |
As well, there may be occasions when the White side of the two edges is whole, and the Yellow 2 ribs is broken, or vice versa. But all these cases are resolved the same way.
Hold the any broken rib with your fingers. For example the broken Orange rib on Yellow side. Under such conditions, we will solve second broken pair, in this example it the Red rib on the White side.
It is pivoted so that we were able to disconnect two elements that make it up. |
Disconnect 2 wrong White elements - Red and Orange. Rotate on 180⁰ |
Put the blue color of the top white element on the Right side. Rotate on 90⁰ |
Send it to bottom side. Rotate on 180⁰ |
Put the blue color of the top white element on the face. Rotate on 90⁰ |
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Connect two white elements (with blue color). Rotate on 180⁰ |
We got the situation 1 whole and 3 broken. Find the whole rib. In this example, it Red rib on the White side. |
Hold the whole rib (in this sample it the Red rib) with your fingers and use case 1 «1 whole, 3 broken» |
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Phase 2. Solve 4 columns
At this phase, we need to put in place 4 edges, which are located between the Top and Bottom sides, it is Blue-Red, Blue-Orange, Green-Red and Green-Orange elements, i.e. all edges not containing basic colors.
If an item is on the middle layer, then try to put it simple movement
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The case where the two elements is not inserted (2 columns have not yet solved)
Remove the edge of the way |
Put place for this edge |
Insert edge to place |
Column is solved, put it to place |
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How do rotate a layer, select empirically:
Put place for this edge |
Insert edge to place |
Column is solved, put it to place |
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The case where one of the edge on the place (I.E. One column solved)
Temporarily remove the solved column of the way |
Put place for this edge |
Insert edge to place |
Column is solved, put it to place |
Return to place the first solved column |
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If an edge is already in place, but the wrong deployed, such as the manipulation of it and then take out the insert properly. This step is quite easy and it can be solved in many ways.
Phase 3. Solving the remaining 8 edges
Step 3.1. Connect any 2 edges, so that they form a correct pair of edges and put it in its place
This is done quite easily, and you can use any of the turns of the middle layers and auxiliary turns of the Top and Bottom sides.
For example connect the White-Blue and White-Green edge, these give correct pair:
The slope of White-Blue edge so that we then turn the top side were able to connect it with White-Green edge |
Turn the top side and connect 2 edges to give the correct pair |
Put this pair to place. If need then temporarily hide it on top or bottom side and after put it on the place. |
Do not forget to return the corners to the place |
In the result, we get two of the letter "U" |
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As a result, we must other 6 ribs which form three pairs.