iron + hydrochloric acid gives iron (II) chloride + hydrogen gas.why don‘t you get iron (III) chloride?
Orcs have smithing ability and heavy armor abilities ( double mele damage ). Kajits have sneaking ability for archery. Redguard is also good for heavy armor because it has fast stamina restore ability so it can use more power attacks ( 10x as fast ).
Like they other people stated Orcs are good for that. Also Nords seem to be pretty good all around. But it has more to do with how you build your Character than the characters race, although racial bonuses are good. You can find free Iron ingots and free steel ingots under the workbench at the Riverwood Blacksmith. It will re-spawn every so often but i'm not sure how long it takes to re-spawn.
Orcs have smithing ability and heavy armor abilities ( double mele damage ). Kajits have sneaking ability for archery. Redguard is also good for heavy armor because it has fast stamina restore ability so it can use more power attacks ( 10x as fast ).
This Site Might Help You. RE: Iron + hydrochloric acid? iron + hydrochloric acid gives iron (II) chloride + hydrogen gas. why don't you get iron (III) chloride?
This Site Might Help You. RE: Iron + hydrochloric acid? iron + hydrochloric acid gives iron (II) chloride + hydrogen gas. why don't you get iron (III) chloride?
Fe + 2HCl FeCl2 + H2 Iron is a transition metal, and therefore can have various charges. If you consider the electron movement in this equation you will come out with FeCl2. there will be two molecules of hydrochloric acid, whose parts will seperate. The hydrogens will bond together to create hydrogen gas, and the two chlorides will bond with the Iron. since each Chloride has a -1 charge, and the Fe has a 2+ charge (two electrons) in its valance shell, these two electrons will each bond with one chloride. Thusly the Iron forms two bonds, one single bond to each chloride. Since its valance shell has been exhausted and there are no other unbonded elements in the equation, there is way for the iron to obtain another electron, and thusly can not be Fe 3+ (which would make iron (III) chloride).
Fe + 2HCl FeCl2 + H2 Iron is a transition metal, and therefore can have various charges. If you consider the electron movement in this equation you will come out with FeCl2. there will be two molecules of hydrochloric acid, whose parts will seperate. The hydrogens will bond together to create hydrogen gas, and the two chlorides will bond with the Iron. since each Chloride has a -1 charge, and the Fe has a 2+ charge (two electrons) in its valance shell, these two electrons will each bond with one chloride. Thusly the Iron forms two bonds, one single bond to each chloride. Since its valance shell has been exhausted and there are no other unbonded elements in the equation, there is way for the iron to obtain another electron, and thusly can not be Fe 3+ (which would make iron (III) chloride).
