3 Jun 2012 at 15:43 #1 tres tres Soldato Joined 16 Oct 2007 Posts 7,465 Location UK 1) What is the oxidation number of N in the mercury (II) compound Hg(NH3)2Cl2 Would love it if someone could explain it to me please!
1) What is the oxidation number of N in the mercury (II) compound Hg(NH3)2Cl2 Would love it if someone could explain it to me please!
3 Jun 2012 at 15:46 #2 physichull physichull Soldato Joined 22 Sep 2008 Posts 10,133 Location Burscough Answer: 3. Explanation: A guess.
3 Jun 2012 at 15:51 #3 ripped ripped Associate Joined 6 Apr 2009 Posts 308 Location Whitley Bay -3 The (NH3) part has a overall charge of 0. hydrogen has a Oxidization number of +1, and there are 3 of them 3*1 - 3 = 0 or something like that
-3 The (NH3) part has a overall charge of 0. hydrogen has a Oxidization number of +1, and there are 3 of them 3*1 - 3 = 0 or something like that
3 Jun 2012 at 15:53 #4 tres tres Soldato OP Joined 16 Oct 2007 Posts 7,465 Location UK Thank you ripped (and so close physichull..) So it's as simple as that.. the amine = 0, so it must be -3. No taking into account the Hg or Cl2?
Thank you ripped (and so close physichull..) So it's as simple as that.. the amine = 0, so it must be -3. No taking into account the Hg or Cl2?
3 Jun 2012 at 16:00 #5 flibbage0 flibbage0 Soldato Joined 6 Jun 2010 Posts 5,160 tres said: Thank you ripped (and so close physichull..) So it's as simple as that.. the amine = 0, so it must be -3. No taking into account the Hg or Cl2? Click to expand... Well I think because Hg is in the same group as Zn, it will only form +2 ions so has an oxidation state of +2. Each Chlorine will be -1, so that makes -2. NH3, N will be -3. Remember that even though the oxidation state of Cl2 is 0, it isn't when it is in a compound.
tres said: Thank you ripped (and so close physichull..) So it's as simple as that.. the amine = 0, so it must be -3. No taking into account the Hg or Cl2? Click to expand... Well I think because Hg is in the same group as Zn, it will only form +2 ions so has an oxidation state of +2. Each Chlorine will be -1, so that makes -2. NH3, N will be -3. Remember that even though the oxidation state of Cl2 is 0, it isn't when it is in a compound.
3 Jun 2012 at 16:03 #6 tres tres Soldato OP Joined 16 Oct 2007 Posts 7,465 Location UK Makes perfect sense. Thanks very much