
Question #95430 - Socratic
No. It is reduced. The oxidation numbers for the ions in "FeCl"_2" are +2 and -2, respecitively. The product "Fe" is in its elemental state, and therefore has an oxidation state of 0. So the …
Question #1a680 - Socratic
Jul 20, 2017 · Explanation: You know that an unknown reducing agent will reduce sodium nitrate to ammonia, so start by looking at the reduction half-reaction.
Question #b0597 - Socratic
Likewise, any species that appears on the right of the reduction half-reaction will reduce any species that appears on the left of the reduction half-reaction listed below it in the table. SIDE …
Question #8d261 - Socratic
In a redox reaction, the number of electrons lost in the oxidation half-reaction must be equal to the number of electrons gained in the reduction half-reaction. This means that you need to multiply …
Question #6a7f2 - Socratic
Feb 18, 2016 · The reduction of the acid depends on its concentration, so the more dilute the acid is, the greater its reduction. Depending on concentration and temperature, very dilute nitric …
Site Map - Redox Reactions Questions and Videos | Socratic
What part of a reaction involves oxidation or reduction, but not both? How do redox reactions interconvert electrical energy and chemic energy? How do you balance redox equations using …
How can you use nucleophilic substitution to create an ... - Socratic
Jun 1, 2015 · Through a Grignard reaction, for example. Or through reduction with hydride.
Question #083d0 - Socratic
See the explanation below The overall reation is Cu^ (2+) +Sn rarr Cu +Sn ^ (2+) At the positive electrode, the reaction is Cu^ (2+)+2e^ (-) rarr Cu At the negative electrode, the reaction is Sn …
Question #8b990 - Socratic
Jul 12, 2016 · The acronym "OIL RIG" is used to help remember this.: "Oxidation Is Loss, Reduction Is Gain" You may first have heard oxidation in relation to say, rusting of iron where …
For the dissociation reaction #N_2O_4 (g ... - Socratic
For the dissociation reaction #N_2O_4 (g)rightleftharpoons2NO_2 (g)#, the degree of dissociation # (alpha)# in terms of #K_p# and equilibrium total pressure P is?