| Original | 1. Identify all the ions present in the ELECTROLYTE1.1. Determine which will migrate to which electrode: anions to anode, cations to cathode2. Where there is more than 1 possible reaction at each electrode, determine which will occur2.1. Write the half-equations for the reaction at each electrode3. Balance the electrons lost at the anode and gained at the cathode3.1. Then add the 2 half-equations together and write the net reaction4. Consider what changes would be observed |
| Title | How to determine the products in electrolytic cells |
| Remarks | |
| Sources | |
| Settings | 1,1,0 | n,n,n |
| Text1 | {{c1::1. Identify all the ions present in the ELECTROLYTE}}.................. |
| Text2 | 1. Identify all the ions present in the ELECTROLYTE{{c2::1.1. Determine which will migrate to which electrode: anions to anode, cations to cathode}}............... |
| Text3 | ...1.1. Determine which will migrate to which electrode: anions to anode, cations to cathode{{c3::2. Where there is more than 1 possible reaction at each electrode, determine which will occur}}............ |
| Text4 | ......2. Where there is more than 1 possible reaction at each electrode, determine which will occur{{c4::2.1. Write the half-equations for the reaction at each electrode}}......... |
| Text5 | .........2.1. Write the half-equations for the reaction at each electrode{{c5::3. Balance the electrons lost at the anode and gained at the cathode}}...... |
| Text6 | ............3. Balance the electrons lost at the anode and gained at the cathode{{c6::3.1. Then add the 2 half-equations together and write the net reaction}}... |
| Text7 | ...............3.1. Then add the 2 half-equations together and write the net reaction{{c7::4. Consider what changes would be observed}} |
| Text8 | |
| Text9 | |
| Text10 | |
| Text11 | |
| Text12 | |
| Text13 | |
| Text14 | |
| Text15 | |
| Text16 | |
| Text17 | |
| Text18 | |
| Text19 | |
| Text20 | |
| Full | {{c21::1. Identify all the ions present in the ELECTROLYTE}}{{c21::1.1. Determine which will migrate to which electrode: anions to anode, cations to cathode}}{{c21::2. Where there is more than 1 possible reaction at each electrode, determine which will occur}}{{c21::2.1. Write the half-equations for the reaction at each electrode}}{{c21::3. Balance the electrons lost at the anode and gained at the cathode}}{{c21::3.1. Then add the 2 half-equations together and write the net reaction}}{{c21::4. Consider what changes would be observed}} |
| Tags | |
