11.2.3.1 recall concepts from earlier grades: oxidation as gain of oxygen and reduction as gain of hydrogen, oxidation and reduction in terms of electron gain and loss | 11.2.3.4 use electrode potentials to establish an electrochemical series | 11.2.3.7 understand how cells are used to measure electrode potentials | 11.2.3.10 understand the processes of charging and discharging cells |
11.2.3.2 know and be able to use the rules for assigning oxidation numbers and be able to assign oxidation numbers to individual elements in compounds | 11.2.3.5 understand the electrochemical cell in terms of conventional representations | 11.2.3.8 be able to use standard electrode potential to calculate the EMF of a cell and to predict the directions of redox reactions | 11.2.3.11 understand the construction and operation of a hydrogen-oxygen fuel cell |
11.2.3.3 be able to write oxidising and reducing half equations and to combine them into an overall redox equation | 11.2.3.6 know that standard electrode potentials require standard conditions | 11.2.3.9 understand electrochemical cells as a source of energy, including the constituents of commercial cells | 11.2.3.12 understand the benefits and potential risks of fuel cells |