2FE

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2FEDual Port Fast Ethernet
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30, Hatton Garden, L3 2FE - Thu, 25 April, weekly onwards Hot Water Comedy Club This triple headline show will feature Mandy Knight, Brennan Reece and Paul Smith.
2Fe [[([C.sub.2][O.sub.4]).sub.3].sup.3-] + 6[H.sup.+] + 4[H.sub.2]O= =2Fe[C.sub.2][O.sub.4]*2[H.sub.2]O + 3[H.sub.2][C.sub.2][O.sub.4] + 2C[O.sub.2] (3)
Thermodynamically stable species of Fe and Co are formed from anodic oxidation processes, and Pourbaix diagrams indicate the following path for Fe and Co, respectively: Fe = [Fe.sup.2+] + 2[e.sup.-] and 2Fe + 3[H.sub.2]O = [Fe.sub.2][O.sub.3] + 6[H.sup.+] + 6[e.sup.-]; Co = [Co.sup.2+] + 2[e.sup.-]; and Co + 2[H.sub.2]O = Co[(OH).sub.2] + 2[H.sup.+] + 2[e.sup.-].
JOHN PETTIFER, The Federation of Small Businesses, c/o Sir Frank Whittle Way, Blackpool Business Park, Blackpool, FY4 2FE. .
The chemical equation is [Fe.sub.2][O.sub.3] + 3CO 2Fe + 3C[O.sub.2], which states that one molecule of iron ore ([Fe.sub.2][O.sub.3])and three molecules of carbon monoxide (CO), the latter produced by blasting hot air onto coke (prebaked coal), react to produce two molecules of iron (Fe) and three molecules of carbon dioxide (C[O.sub.2]).
[Fe.sub.2][O.sub.3] + 3 [[H.sub.2]/CO) = 2Fe + 3 ([H.sub.2]O/C[O.sub.2]) (8)