View source for F2L-2(adj)+1C cube state

{{Cube state Infobox
|name=F2L-2(adj)+1C
|image={{CubeImage
|grey|grey|grey
|grey|blue|grey
|blue|blue|grey
|grey|grey|orange|white|white|grey|grey|grey|grey
|grey|orange|orange|white|white|white|red|red|grey
|grey|orange|orange|white|white|white|red|red|grey
|green|green|green
|green|green|green
|grey|grey|grey
|grey|grey|grey
|grey|yellow|grey
|grey|grey|grey
}}
|anames=
|subgroup=
|esubgroup=
|csubgroup=
|previous=<sup></sup>
* [[+1C from F2L-2(adj)]]
|next=<sup></sup>
* [[+1C from F2L-2(adj)+1C]]
* [[EUOC Skipper F2L (SF2L)]]
|previoussteps=[[+1C from F2L-2(adj)]]
|nextsteps=[[+1C from F2L-2(adj)+1C]] or [[EUOC Skipper F2L (SF2L)]]
}}

The '''F2L-2(adj)+1C cube state''' is the [[cube state]] where [[First 2 Layers]] are solved, except 1 F2L slot and an adjacent edge.

==Previous Step==

* A previous state of this one is the [[F2L-2 (adj) cube state]]. Use the [[+1C from F2L-2(adj)]] step to have the '''F2L-2(adj)+1C cube state'''.

==Next Steps==

* Use the [[+1C from F2L-2(adj)+1]] step to have the [[F2L-2EEdg(adj) cube state]].

* Use the [[EUOC Skipper F2L (SF2L)]] step to have the [[F2L-1EEdg-1CO cube state]].

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