ELECTROLYSIS - PHYSICAL CLASS - COMPARISON OF CURRENT THROUGH A CONDUCTOR AND ELECTROLYTE - Student's Favourite Academy

Course Content

ELECTROLYSIS – 18 APRIL 2023 – INTRODUCTION TO ELECTROLYSIS AND TERMS RELATED

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INTRODUCTION TO ELECTROLYSIS – CORE CONCEPT – INTRODUCTION

CONCEPT OF ELECTROLYSIS – CORE CONCEPT – ANIONS AND CATIONS

ELECTROLYSIS – SUPPORT MATERIAL – REACTIONS AT CATHODE AND ANODE

CONCEPT OF ELECTROLYSIS – SUPPORT MATERIAL – ANIONS AND CATIONS

ELECTROLYSIS – SUPPORT MATERIAL – INTRODUCTION CHARACTERISTICS

ELECTROLYSIS – PHYSICAL CLASS – IONIZATION AND DISSOCIATION

ELECTROLYSIS – PHYSICAL CLASS – PROCESS OF ELECTROLYSIS

ELECTROLYSIS – PHYSICAL CLASS – DIFFERENCE BETWEEN ELECTROLYSIS AND ELECTRIC CURRENT AND STRONG AND WEAK ELECTROLYTES

INTRODUCTION TO ELECTROLYSIS – CORE CONCEPT – INTRO & STRONG AND WEAK ELECTROLYTE

CONCEPT OF ELECTROLYSIS – CORE CONCEPT – CONDUCTION BY IONS AND ELECTROCHEMICAL SERIES

ELECTROLYSIS – PHYSICAL CLASS – OXIDATION AND REDUCTION

ELECTROLYSIS – 24 APRIL 2023 – ELECTROLYSIS OF THREE COMPOUNDS – LEAD BROMIDE, WATER, COPPER SUPHATE

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ELECTROLYSIS – PHYSICAL CLASS – PREFERENTIAL DISCHARGE METHOD

CONCEPT OF ELECTROLYSIS – CORE CONCEPT – ELECTROLYSIS OF SODIUM CHLORIDE

ELECTROLYSIS – PHYSICAL CLASS – ELECTROLYSIS OF LEAD BROMIDE

ELECTROLYSIS – PHYSICAL CLASS – ELECTROLYSIS OF ACIDIFIED WATER

CONCEPT OF ELECTROLYSIS – CORE CONCEPT – LEAD BROMIDE AND ACIDIFIED WATER

ELECTROLYSIS – PHYSICAL CLASS – ELECTROLYSIS OF COPPER SULPHATE USING COPPER ELECTRODES

CONCEPT OF ELECTROLYSIS – CORE CONCEPT – ELECTROLYSIS OF COPPER SULPHATE

ELECTROLYSIS – 25 APRIL 2023 – EFFECT OF ELECTRODES AND ELECTROLYTE ON PREFERENCE DISCHARGE

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ELECTROLYSIS – PHYSICAL CLASS – ELECTROLYSIS OF COPPER SULPHATE USING DIFFERENT ELECTRODES

ELECTROLYSIS – PHYSICAL CLASS – ELECTROLYSIS OF LEAD BROMIDE AND ACIDIFIED WATER

ELECTROLYSIS – PHYSICAL CLASS – PREFERENTIAL DISCHARGE CONCENTRATION OF IONS AND E C

ELECTROLYSIS – PHYSICAL CLASS – PREFERENTIAL DISCHARGE – NATURE OF ELECTRODE

ELECTROLYSIS – 3 MAY – ELECTROPLATING AND ELECTRO-REFINING

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ELECTROPLATING AND ELECTRO-REFINING – CORE CONCEPT – ELECTROPLATING

ELETROLYSIS – PHYSICAL CLASS – CONDITIONS FOR ELECTROPLATING

ELETROLYSIS – PHYSICAL CLASS – ELECTROPLATING WITH SILVER

ELETROLYSIS – PHYSICAL CLASS – ELECTROPLATING WITH NICKEL

ELECTROPLATING AND ELECTRO-REFINING – SUPPORT MATERIAL – ELECTROREFINING AND ELECTROPLATING

ELECTROPLATING AND ELECTRO-REFINING – SUPPORT MATERIAL – ELECTROLYTIC CONDUCTORS AND SEMICONDUCTORS

ELECTROLYSIS – ONLINE REVISION CLASS – 26 AUG 2023

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ELECTROLYSIS – REVISION CLASS – ELECTROLYSIS OF LEAD BROMIDE AND COPPER SULPHATE WITH INERT AND ACTIVE ELECTRODE

ELECTROLYSIS – REVISION CLASS – ELECTROPLATING

QUESTIONKEY - X - CHEMISTRY - CHAPTER 6 - MCQ & ONE WORDAssignments

QUESTION KEY - CHEMISTRY -FULL PORTION WORKSHEET - -21122023

ELECTROLYSIS – MAY -2024

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ELECTROLYSIS – PHYSICAL CLASS – ACIDIFIED WATER AND MOLTEN LEAD BROMIDE

ELECTROLYSIS – PHYSICAL CLASS – COMPARISON OF CURRENT THROUGH A CONDUCTOR AND ELECTROLYTE

ELECTROLYSIS – PHYSICAL CLASS – COPPER SULPHATE WITH INERT AND ACTIVE ELECTRODES

ELECTROLYSIS – PHYSICAL CLASS – ELECTROCHEMICAL SERIES AND PREFERENTIAL DISCHARGE

ELECTROLYSIS – PHYSICAL CLASS – ELECTROLYTIC REACTION AND IONS

ELECTROLYSIS – PHYSICAL CLASS – ELECTROPLATING WITH SILVER AND NICKEL

ELECTROLYSIS – PHYSICAL CLASS – ELECTROREFINING OF COPPER

ELECTROLYSIS – PHYSICAL CLASS – INTRODUCTION TO ELECTROLYSIS AND DECOMPOSITION OF IONIC COMPOUNDS

ELECTROLYSIS – PHYSICAL CLASS – PREFERENTIAL DISCHARGE REASONS

ELECTROLYSIS – PHYSICAL CLASS – STRONG WEAK AND NON ELECTROLYTES

STD X – ELECTROLYSIS – NEWTON

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