Topic: Cell potential (NON-standard conditions) / Nernst Equation

Update: 2025-11-13

Description

This episode explains how to calculate non-standard cell potentials (voltage) using the Nernst equation. Real-life batteries operate under non-standard conditions where concentrations change, causing voltage to drop. The equation shows that as the reaction quotient Q increases (more product), Ecell decreases, and vice-versa, connecting electrochemistry to chemical equilibrium.

Comments

In Channel

SYNAPSE: "A" is for Associate

2024-10-1205:07

SYNAPSE: "E" is for Exercise

2024-10-1205:17

SYNAPSE: "S" is for Sleep

2024-10-1205:47

SYNAPSE: "P" is for Personalize

2024-10-1204:12

SYNAPSE: "N" is for Narrate

2024-10-1208:57

SYNAPSE: "Y" is for Yes

2024-10-1212:21

SYNAPSE: "S" is for Simplify

2024-10-1205:42

Learn: Atomic Structure and Periodicity

2024-10-1012:59

Topic: Molecular Polarity

2025-11-2506:07

Topic: Faraday's Law

2025-11-1306:42

Topic: Electrolysis

2025-11-1307:28

Topic: Cell potential (NON-standard conditions) / Nernst Equation

2025-11-1307:03

Topic: Cell Potential (Standard Conditions)

2025-11-1207:27

Topic: Voltatic (or Galvanic) Cells

2025-11-1205:47

Topic: Balancing Redox Reactions

2025-11-1207:34

Topic: Intro Redox & Oxidation Numbers

2025-11-1206:42

Topic: Gibb's Free Energy

2025-11-1206:23

Topic: Entropy

2025-11-1207:06

Topic: pH of Salts

2025-11-1106:28

Topic: Indicators

2025-11-1106:31

00:00

Topic: Cell potential (NON-standard conditions) / Nernst Equation

#box-pro-ellipsis-176484671751949{-webkit-line-clamp:2;}Topic: Cell potential (NON-standard conditions) / Nernst Equation

Topic: Cell potential (NON-standard conditions) / Nernst Equation

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Topic: Cell potential (NON-standard conditions) / Nernst Equation