Electrode processes

Сентябрь 15, 2022

Главная
Физика
Electrode processes

Содержание

2. The reactions accompanied by a change of atom oxidation number of elements are called oxidation-reduction reactions.
3. The particles which accept electrons are called oxidizers. The particles which donate electrons are called reducers.
4. Fе2+ + Се4+ ↔ Fе3+ + Се3+ Oxidized and reduced forms of one substance involved in
5. Electrode or redox potential (E) is the quantitative measure of redox power of different redox reactions.
6. A conductor (metal) immersed into a solution of its salt is called electrode Potential difference arising
7. Potential difference between electrodes is known as electromotive force (EMF) EMF = Ecathode - Eanode
8. EMF of a chemical reaction is equal to difference between redox potentials of a redox couple
9. The potentials difference that occurs in the tissues of living organisms is called bioelectric potential.
11. Скачать презентацию

Слайд 2

The reactions accompanied by a change of atom oxidation number of

elements are called
oxidation-reduction reactions.

Слайд 3

The particles which accept electrons are called oxidizers.
The particles which

donate electrons are called reducers.

Слайд 4

Fе2+ + Се4+ ↔ Fе3+ + Се3+
Oxidized and reduced forms of

one substance involved in the half-reaction compose redox couple:
Fе2+ – ē ↔ Fе3+
Се4+ + ē ↔ Се3+

Слайд 5

Electrode or redox potential (E) is the quantitative measure of redox

power of different redox reactions.

Слайд 6

A conductor (metal) immersed into a solution of its salt is

called
electrode
Potential difference arising on the electrode-solution interfase is called electrode potential

Слайд 7

Potential difference between electrodes is known as electromotive force (EMF)
EMF =

Ecathode - Eanode

Слайд 8

EMF of a chemical reaction is equal to difference between redox

potentials of
a redox couple
EMF = Eox - Ered

Слайд 9

The potentials difference that occurs in the tissues of living organisms

is called bioelectric potential.