Not a redox reaction. For a redox reaction there must be changes in oxidation states. The oxidation state of silver in Ag+ and AgBr is +1. For bromine in Br- and AgBr the oxidation state is -1.
But a reaction of the elements to make silver bromide would be redox because any element in the elemental state has an oxidation state of zero.
Not a redox reaction. For a redox reaction there must be changes in oxidation states. The oxidation state of silver in Ag+ and AgBr is +1. For bromine in Br- and AgBr the oxidation state is -1.
But a reaction of the elements to make silver bromide would be redox because any element in the elemental state has an oxidation state of zero.
No. You ha e two ions attracting each other. No change in oxidation state so not redox.
No. You ha e two ions attracting each other. No change in oxidation state so not redox.
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Not a redox reaction. For a redox reaction there must be changes in oxidation states. The oxidation state of silver in Ag+ and AgBr is +1. For bromine in Br- and AgBr the oxidation state is -1.
But a reaction of the elements to make silver bromide would be redox because any element in the elemental state has an oxidation state of zero.
2Ag(s) + Br2(l) → 2AgBr(s) …………….. redox
Ag+(aq) + Br-(aq) → AgBr(s) ………… not redox
Not a redox reaction. For a redox reaction there must be changes in oxidation states. The oxidation state of silver in Ag+ and AgBr is +1. For bromine in Br- and AgBr the oxidation state is -1.
But a reaction of the elements to make silver bromide would be redox because any element in the elemental state has an oxidation state of zero.
2Ag(s) + Br2(l) → 2AgBr(s) …………….. redox
Ag+(aq) + Br-(aq) → AgBr(s) ………… not redox
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