Balancing Chemical Equations. Balancing redox equationsPage
8
8
.PNG){kind=link}
Answer: 3Fe(OH)2 + MnO4- + 2H2O MnO2 + 3Fe(OH)3 + OH-
(b) Bi(OH)3 + SnO22- SnO32- + Bi
Answer: 2Bi(OH)3 + 3SnO22- 2Bi + 3H2O + 3SnO32-
.PNG){kind=link}
.PNG){kind=link}
.PNG){kind=link}
.PNG){kind=link}
.PNG){kind=link}
.PNG){kind=link}
.PNG){kind=link}
.PNG){kind=link}
.PNG){kind=link}
.PNG){kind=link}
.PNG){kind=link}
.PNG){kind=link}
.PNG){kind=link}
.PNG){kind=link}
.PNG){kind=link}
.PNG){kind=link}
.PNG){kind=link}
.PNG){kind=link}
.PNG){kind=link}
.PNG){kind=link}
.PNG){kind=link}
.PNG){kind=link}
.PNG){kind=link}
.PNG){kind=link}
.PNG){kind=link}
.PNG){kind=link}
.PNG){kind=link}
.PNG){kind=link}
.PNG){kind=link}
.PNG){kind=link}
.PNG){kind=link}
Contents
- Balancing Chemical Equations
- Balancing redox reactions
- Rules for assigning oxidation numbers (O.N.)
- Defining Oxidising and Reducing agents
- Identifying Oxidising and Reducing Agents
- Balancing redox equations
Last added presentations
- Buoyancy
- Motion
- Space Radiation
- Gravitation
- Mechanical, Electromagnetic, Electrical, Chemical and Thermal
- Friction
- Soil and Plant Nutrition
© 2010-2024 powerpoint presentations