Good to see both of you posting your suggested answers.
The answers both provided are absolutely correct. Chlorine is indeed more
reactive than Bromine (based on reactivity series of the periodic table Group 7
Halogens Chemical Properties). Thus, Chlorine gas will act as the oxidizing agent
and displace the Bromide Br- ions to become Bromine Gas. Oxidation state of
Bromine increase from -1 to 0.
Cheers
Sean
Ericsays
Hey. I agree with Junel’s answer. Chlorine being more reactive, will act as
oxidizing agent to oxidize the Br- bromide ions to Br2 Bromine Gas. Oxidation
state of Br change from -1 to 0.
Good question posted. Thanks for sharing
junesays
hello. here to leave a tag. haha. anw chlorine acts as a oxidsing agent is because it
is more reactive than bromine. thus it will displace bromide ions, causing bromide
ions to lose electrons, thus being oxidise.
sean says
Hi June and Eric,
Good to see both of you posting your suggested answers.
The answers both provided are absolutely correct. Chlorine is indeed more
reactive than Bromine (based on reactivity series of the periodic table Group 7
Halogens Chemical Properties). Thus, Chlorine gas will act as the oxidizing agent
and displace the Bromide Br- ions to become Bromine Gas. Oxidation state of
Bromine increase from -1 to 0.
Cheers
Sean
Eric says
Hey. I agree with Junel’s answer. Chlorine being more reactive, will act as
oxidizing agent to oxidize the Br- bromide ions to Br2 Bromine Gas. Oxidation
state of Br change from -1 to 0.
Good question posted. Thanks for sharing
june says
hello. here to leave a tag. haha. anw chlorine acts as a oxidsing agent is because it
is more reactive than bromine. thus it will displace bromide ions, causing bromide
ions to lose electrons, thus being oxidise.