R3.2.14 Cell potential and Gibbs free energy (HL)

preview_player
Показать описание
This video covers how to calculate Gibbs's energy from Ecell.
  1. Mike Sugiyama Jones (MSJ Chem)
  2. IB
  3. chemistry
Рекомендации по теме
Cell Potential & 0:11:02

Cell Potential & Gibbs Free Energy, Standard Reduction Potentials, Electrochemistry Problems

18.7 Cell Potential 0:11:25

18.7 Cell Potential and Free Energy in Galvanic Cells

Cell potential and 0:11:01

Cell potential and Gibbs energy

19.1 Cell potential 0:02:16

19.1 Cell potential and Gibbs free energy (HL)

Introduction to Electroplating 0:07:05

Introduction to Electroplating - Electrochemistry

19.4 How to 0:27:14

19.4 How to Calculate Standard Cell Potential | General Chemistry

IB Chemistry Topic 0:15:00

IB Chemistry Topic 9.2 & 19.1 PART 6: Calculate Voltaic Cell Electrode Potential & Spontanei...

terms, definitions & 0:10:27

terms, definitions & Units used in Electrochemistry

electcrochemical cell potential 0:11:39

electcrochemical cell potential

Calculating Cell Potential 0:05:48

Calculating Cell Potential

IB Chemistry Topic 0:16:28

IB Chemistry Topic 9 Redox processes Topic 19.1 Electrochemical cells HL

Nernst Equation For 0:34:16

Nernst Equation For electrode potential ,Gibbs free energy & E°cell||Class12 ||Chemistry ||U-3||...

9. Galvanic cell 0:14:46

9. Galvanic cell potential calculations (HSC chemistry)

R2.3.7Delta G Theta 0:04:53

R2.3.7Delta G Theta = -RTlnK (Gibbs/Equilibrium Constant calculations) [HL IB Chemistry]

'Cell Potential & 0:05:31

'Cell Potential & Concentration' | AP Chemistry with Educator.com

Electrochemistry: A Disproportionation 0:06:59

Electrochemistry: A Disproportionation Reaction

Electrolysis & Electroplating 0:20:47

Electrolysis & Electroplating Practice Problems - Electrochemistry

Lecture 2 Equilibrium 0:06:33

Lecture 2 Equilibrium at the interface

How to convert 0:30:51

How to convert the spontaneous to non-spontaneous reaction-Part-2: Nernst/Over Potential, IR drop

[H2 Chemistry] 2022 1:31:09

[H2 Chemistry] 2022 Topic 20 Electrochemistry 2

Calculate the potential 0:09:16

Calculate the potential for half cell containing: \( 0.10 \mathrm{M} \mathrm{K}_{2} \mathrm{Cr}_...

16.04 Standard Reduction 0:12:14

16.04 Standard Reduction Potentials

electrochemical cell and 0:02:29

electrochemical cell and gibbs free energy reaction electrochemistry 2 12 chemistry subject cbse

WCLN - Electrochemical 0:09:21

WCLN - Electrochemical Cells-Finding Initial Voltage - Chemistry

Комментарии
Автор

at 1:22 - for calculating the cell potential of the reaction wouldn't we have to use the reverse reaction for zinc ions being reduced into zinc atoms, so +0.76 - (+0.15) = 0.61 instead of 1.1 volts?

heleen
Автор

if u see for example that 3Ag+ transfer their electrons to Al to form Al3+, can we assume that n=3 without balancing the half equaions for e-

god
Автор

If the units of the variables in the equation G = -nFE are n: mol, F: C/mol, E: J/C (volts) then how does G have a unit of J/mol? Shouldn't it have a unit of only J? Is it more conceptual as in joules per every mole of Zn and Cu that react?

nicole
visit shbcf.ru