D Dongle Member Joined Aug 17, 2006 Messages 86 Location Castle Hill, Sydney Gender Male HSC 2008 Apr 29, 2007 #1 For each half equation in a redox reaction, do the number of electrons need to be the same? This is for Yr 11 metals.
For each half equation in a redox reaction, do the number of electrons need to be the same? This is for Yr 11 metals.
orochi New Member Joined Apr 5, 2007 Messages 1 Gender Male HSC 2007 Apr 29, 2007 #2 Dongle said: For each half equation in a redox reaction, do the number of electrons need to be the same? This is for Yr 11 metals. Click to expand... it depends on ur school, theoretically u dont need to make the numbers all same, but sometimes they do take ur marks off
Dongle said: For each half equation in a redox reaction, do the number of electrons need to be the same? This is for Yr 11 metals. Click to expand... it depends on ur school, theoretically u dont need to make the numbers all same, but sometimes they do take ur marks off
FerengCheng Inactive account Joined Oct 14, 2006 Messages 30 Gender Undisclosed HSC 2008 May 4, 2007 #3 Not that I know of.
Aerlinn Member Joined Aug 29, 2006 Messages 194 Location Oz Gender Female HSC 2007 May 4, 2007 #4 Well, I guess, if you're planning to put the half equations together to get the overall reaction, the equations should have the same number of electrons
Well, I guess, if you're planning to put the half equations together to get the overall reaction, the equations should have the same number of electrons
Kujah Moderator Joined Oct 15, 2006 Messages 4,736 Gender Undisclosed HSC N/A May 4, 2007 #5 What's the difference between an ionic equation and a half-equation?
X xiao1985 Active Member Joined Jun 14, 2003 Messages 5,704 Gender Male HSC N/A May 5, 2007 #6 ionic equation will not have e- any where present as a reactant or product... half equations will, and half eqn ALWAYS exist in pairs (reduction half + oxidation half)
ionic equation will not have e- any where present as a reactant or product... half equations will, and half eqn ALWAYS exist in pairs (reduction half + oxidation half)