verode

EN depends not only the element but also the ligands and the hybridization CF3 >> CH3 or CH3< CH2= < CN and for the same oxydation state XeF2<XeF+ it depends of the charge Merged post follows: Consecutive posts mergedEN F 3,8 O 3,5 Cl 3,18 N 3 Br 2,96 the more EN elements

try with FSO2-O-O-SO2F you can get Br+3 with it

You may note the diference of HClO4 and HIO4 because the low EN of iodine the more stables speccies are H3IO5 or H5IO6 but only you get HClO4 or HBrO4 you may see the HNO3 stable but HPo3 but only H3Po4 is stable EN N 3,1 eN P 2,1 what about S2O8F2 like peperoxodisulfate but the metal or H is fluorine it's a very strong oxydant more than ozone if you think +5 is one oxidation state this is nothing KrF2 stable powerfull oxydant but KrF+ with the same oxydation state is even more powefull maybe the more powerfull oxydant it's not the same the EN of C in CI3 than in CF3 radicals

yes the MnF4 becames MnF3 + elemental fluorine it's not the same Cl+5 with fluorine as with oxygen Cl2O5 for example The fluorine only make single bonds and the oxygen makes pi bonds the reactivity of fluorines are very bigger than the the same oxidation state of oxygen examples BrF5 and bromates PtO3 or PtF6

I know nobody may oxyder fluorine but MnF4=MnF3+ 1/2 F2 is the only chenical way to get fluorine thanks the SbF5 You don't need fluor always BrF3 and IF5 are a easy way to make fluorine componds fluorine is very dangerous

you want to make a lot of energy try with ClF3+ HN3 but it is very darenerous

you may try with Zn power and Ag2O wov try with Mg and NaOH you may get sodium try Cro3 with Al you may start with KMnO4 + glycerin Boron makes more energy for gram than Al does So B with KNO3+ sodium azides are used in airbags becasuse the Atomic weight of boron is very low did you ever try S + Zn (power) very nice too

because bromine is very easy to make gas at 20ºC and they are very toxic you must use any nitrite for start the reaction. I've use pure HNO3 with bromides and nothing happend but if you put some nitrite on it wov may be is the NO2 intermedie

Just Al +NaOH with bromates only gives bromides

iodine pure with iodate and bisulfite with chlorine you may get interhalogens compounds you may get bromine with HNO3 water nitrite and any bromide the temperature around 0ºC

you may get a lot of H2 with Al foil and NaOH...take care

take care with HF you must just add some water it's easy to now

osmium compounds are harder as diamond...search hardestr diamond in google nanothecnologies give some sustances harder as diamond

the more powerful oxidant is the ion KrF+ or some high oxidations compound of nikel you get thanks Lewis acid's like SbF5+KrF2

YES you may get Fluoriine SbF5 is a great Lewis Acid KMnF5 es stable but the mix get SbF6(-1) and MnF4 instable then MnF4=MnF3+ fluorine NO3F is a trong oxidant an you need fluorine Ther are very interisting reactions like AgF with bromine and you get BrF3 or iodine you get IF5 very strongs oxiders