The balanced net ionic equation for the given redox reaction should be written. Concept introduction: Redox: The reduction and oxidation reactions are occur simultaneously with in a single reaction is known as redox reaction. Balancing of redox reaction : The unbalanced charge (electron) and atoms (ions) in the equation of redox reactions are commonly balanced by half reaction method. In this method, the given redox reaction is separated by two half reactions, one is oxidation and another one is reduction. The medium of the reaction is used to balance the Hydrogen and Oxygen ions in the half cell reactions. Balancing of redox reaction in acid medium: In the acid medium, the addition of H + ion to balance the Hydrogen and water is added to balance the Oxygen atom. Charge is balanced by addition of electron in the sides with the greater positive charge. Balancing of redox reaction in basic medium: In the acid medium, the addition of OH − ion and electron to balance the charge of the reaction and Hydrogen and Oxygen atoms are balanced by addition of water in the equation.

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Answer 1

Question

Chapter 7, Problem 7.93SP

(a)

Interpretation Introduction

Interpretation:

The balanced net ionic equation for the given redox reaction should be written.

Concept introduction:

Redox:

The reduction and oxidation reactions are occur simultaneously with in a single reaction is known as redox reaction.

Balancing of redox reaction:

The unbalanced charge (electron) and atoms (ions) in the equation of redox reactions are commonly balanced by half reaction method.

In this method, the given redox reaction is separated by two half reactions, one is oxidation and another one is reduction.

The medium of the reaction is used to balance the Hydrogen and Oxygen ions in the half cell reactions.

Balancing of redox reaction in acid medium:

In the acid medium, the addition of H+ ion to balance the Hydrogen and water is added to balance the Oxygen atom.

Charge is balanced by addition of electron in the sides with the greater positive charge.

Balancing of redox reaction in basic medium:

In the acid medium, the addition of OH− ion and electron to balance the charge of the reaction and Hydrogen and Oxygen atoms are balanced by addition of water in the equation.

(b)

Interpretation Introduction

Interpretation:

The balanced net ionic equation for the given redox reaction should be written.

Concept introduction:

Redox:

The reduction and oxidation reactions are occur simultaneously with in a single reaction is known as redox reaction.

Balancing of redox reaction:

The unbalanced charge (electron) and atoms (ions) in the equation of redox reactions are commonly balanced by half reaction method.

In this method, the given redox reaction is separated by two half reactions, one is oxidation and another one is reduction.

The medium of the reaction is used to balance the Hydrogen and Oxygen ions in the half cell reactions.

Balancing of redox reaction in acid medium:

In the acid medium, the addition of H+ ion to balance the Hydrogen and Water is added to balance the Oxygen atom.

Charge is balanced by addition of electron in the sides with the greater positive charge.

Balancing of redox reaction in basic medium:

In the acid medium, the addition of OH− ion to balance the Hydrogen and Oxygen atoms are balanced by addition of water in the equation.

Charge is balanced by addition of electron in the sides with the greater positive charge.

(c)

Interpretation Introduction

Interpretation:

The balanced net ionic equation for the given redox reaction should be written.

Concept introduction:

Redox:

The reduction and oxidation reactions are occur simultaneously with in a single reaction is known as redox reaction.

Balancing of redox reaction:

The unbalanced charge (electron) and atoms (ions) in the equation of redox reactions are commonly balanced by half reaction method.

In this method, the given redox reaction is separated by two half reactions, one is oxidation and another one is reduction.

The medium of the reaction is used to balance the Hydrogen and Oxygen ions in the half cell reactions.

Balancing of redox reaction in acid medium:

In the acid medium, the addition of H+ ion to balance the Hydrogen and Water is added to balance the Oxygen atom.

Charge is balanced by addition of electron in the sides with the greater positive charge.

Balancing of redox reaction in basic medium:

In the acid medium, the addition of OH− ion to balance the Hydrogen and Oxygen atoms are balanced by addition of water in the equation.

Charge is balanced by addition of electron in the sides with the greater positive charge.

(d)

Interpretation Introduction

Interpretation:

The balanced net ionic equation for the given redox reaction should be written.

Concept introduction:

Redox:

The reduction and oxidation reactions are occur simultaneously with in a single reaction is known as redox reaction.

Balancing of redox reaction:

The unbalanced charge (electron) and atoms (ions) in the equation of redox reactions are commonly balanced by half reaction method.

In this method, the given redox reaction is separated by two half reactions, one is oxidation and another one is reduction.

The medium of the reaction is used to balance the Hydrogen and Oxygen ions in the half cell reactions.

Balancing of redox reaction in acid medium:

In the acid medium, the addition of H+ ion to balance the Hydrogen and Water is added to balance the Oxygen atom.

Charge is balanced by addition of electron in the sides with the greater positive charge.

Balancing of redox reaction in basic medium:

In the acid medium, the addition of OH− ion to balance the Hydrogen and Oxygen atoms are balanced by addition of water in the equation.

Charge is balanced by addition of electron in the sides with the greater positive charge.

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Answer 2

Question

Chapter 7, Problem 7.93SP

(a)

Interpretation Introduction

Interpretation:

The balanced net ionic equation for the given redox reaction should be written.

Concept introduction:

Redox:

The reduction and oxidation reactions are occur simultaneously with in a single reaction is known as redox reaction.

Balancing of redox reaction:

The unbalanced charge (electron) and atoms (ions) in the equation of redox reactions are commonly balanced by half reaction method.

In this method, the given redox reaction is separated by two half reactions, one is oxidation and another one is reduction.

The medium of the reaction is used to balance the Hydrogen and Oxygen ions in the half cell reactions.

Balancing of redox reaction in acid medium:

In the acid medium, the addition of H+ ion to balance the Hydrogen and water is added to balance the Oxygen atom.

Charge is balanced by addition of electron in the sides with the greater positive charge.

Balancing of redox reaction in basic medium:

In the acid medium, the addition of OH− ion and electron to balance the charge of the reaction and Hydrogen and Oxygen atoms are balanced by addition of water in the equation.

(b)

Interpretation Introduction

Interpretation:

The balanced net ionic equation for the given redox reaction should be written.

Concept introduction:

Redox:

The reduction and oxidation reactions are occur simultaneously with in a single reaction is known as redox reaction.

Balancing of redox reaction:

The unbalanced charge (electron) and atoms (ions) in the equation of redox reactions are commonly balanced by half reaction method.

In this method, the given redox reaction is separated by two half reactions, one is oxidation and another one is reduction.

The medium of the reaction is used to balance the Hydrogen and Oxygen ions in the half cell reactions.

Balancing of redox reaction in acid medium:

In the acid medium, the addition of H+ ion to balance the Hydrogen and Water is added to balance the Oxygen atom.

Charge is balanced by addition of electron in the sides with the greater positive charge.

Balancing of redox reaction in basic medium:

In the acid medium, the addition of OH− ion to balance the Hydrogen and Oxygen atoms are balanced by addition of water in the equation.

Charge is balanced by addition of electron in the sides with the greater positive charge.

(c)

Interpretation Introduction

Interpretation:

The balanced net ionic equation for the given redox reaction should be written.

Concept introduction:

Redox:

The reduction and oxidation reactions are occur simultaneously with in a single reaction is known as redox reaction.

Balancing of redox reaction:

The unbalanced charge (electron) and atoms (ions) in the equation of redox reactions are commonly balanced by half reaction method.

In this method, the given redox reaction is separated by two half reactions, one is oxidation and another one is reduction.

The medium of the reaction is used to balance the Hydrogen and Oxygen ions in the half cell reactions.

Balancing of redox reaction in acid medium:

In the acid medium, the addition of H+ ion to balance the Hydrogen and Water is added to balance the Oxygen atom.

Charge is balanced by addition of electron in the sides with the greater positive charge.

Balancing of redox reaction in basic medium:

In the acid medium, the addition of OH− ion to balance the Hydrogen and Oxygen atoms are balanced by addition of water in the equation.

Charge is balanced by addition of electron in the sides with the greater positive charge.

(d)

Interpretation Introduction

Interpretation:

The balanced net ionic equation for the given redox reaction should be written.

Concept introduction:

Redox:

The reduction and oxidation reactions are occur simultaneously with in a single reaction is known as redox reaction.

Balancing of redox reaction:

The unbalanced charge (electron) and atoms (ions) in the equation of redox reactions are commonly balanced by half reaction method.

In this method, the given redox reaction is separated by two half reactions, one is oxidation and another one is reduction.

The medium of the reaction is used to balance the Hydrogen and Oxygen ions in the half cell reactions.

Balancing of redox reaction in acid medium:

In the acid medium, the addition of H+ ion to balance the Hydrogen and Water is added to balance the Oxygen atom.

Charge is balanced by addition of electron in the sides with the greater positive charge.

Balancing of redox reaction in basic medium:

In the acid medium, the addition of OH− ion to balance the Hydrogen and Oxygen atoms are balanced by addition of water in the equation.

Charge is balanced by addition of electron in the sides with the greater positive charge.

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Answer 3

Question

Chapter 7, Problem 7.93SP

(a)

Interpretation Introduction

Interpretation:

The balanced net ionic equation for the given redox reaction should be written.

Concept introduction:

Redox:

The reduction and oxidation reactions are occur simultaneously with in a single reaction is known as redox reaction.

Balancing of redox reaction:

The unbalanced charge (electron) and atoms (ions) in the equation of redox reactions are commonly balanced by half reaction method.

In this method, the given redox reaction is separated by two half reactions, one is oxidation and another one is reduction.

The medium of the reaction is used to balance the Hydrogen and Oxygen ions in the half cell reactions.

Balancing of redox reaction in acid medium:

In the acid medium, the addition of H+ ion to balance the Hydrogen and water is added to balance the Oxygen atom.

Charge is balanced by addition of electron in the sides with the greater positive charge.

Balancing of redox reaction in basic medium:

In the acid medium, the addition of OH− ion and electron to balance the charge of the reaction and Hydrogen and Oxygen atoms are balanced by addition of water in the equation.

(b)

Interpretation Introduction

Interpretation:

The balanced net ionic equation for the given redox reaction should be written.

Concept introduction:

Redox:

The reduction and oxidation reactions are occur simultaneously with in a single reaction is known as redox reaction.

Balancing of redox reaction:

The unbalanced charge (electron) and atoms (ions) in the equation of redox reactions are commonly balanced by half reaction method.

In this method, the given redox reaction is separated by two half reactions, one is oxidation and another one is reduction.

The medium of the reaction is used to balance the Hydrogen and Oxygen ions in the half cell reactions.

Balancing of redox reaction in acid medium:

In the acid medium, the addition of H+ ion to balance the Hydrogen and Water is added to balance the Oxygen atom.

Charge is balanced by addition of electron in the sides with the greater positive charge.

Balancing of redox reaction in basic medium:

In the acid medium, the addition of OH− ion to balance the Hydrogen and Oxygen atoms are balanced by addition of water in the equation.

Charge is balanced by addition of electron in the sides with the greater positive charge.

(c)

Interpretation Introduction

Interpretation:

The balanced net ionic equation for the given redox reaction should be written.

Concept introduction:

Redox:

The reduction and oxidation reactions are occur simultaneously with in a single reaction is known as redox reaction.

Balancing of redox reaction:

The unbalanced charge (electron) and atoms (ions) in the equation of redox reactions are commonly balanced by half reaction method.

In this method, the given redox reaction is separated by two half reactions, one is oxidation and another one is reduction.

The medium of the reaction is used to balance the Hydrogen and Oxygen ions in the half cell reactions.

Balancing of redox reaction in acid medium:

In the acid medium, the addition of H+ ion to balance the Hydrogen and Water is added to balance the Oxygen atom.

Charge is balanced by addition of electron in the sides with the greater positive charge.

Balancing of redox reaction in basic medium:

In the acid medium, the addition of OH− ion to balance the Hydrogen and Oxygen atoms are balanced by addition of water in the equation.

Charge is balanced by addition of electron in the sides with the greater positive charge.

(d)

Interpretation Introduction

Interpretation:

The balanced net ionic equation for the given redox reaction should be written.

Concept introduction:

Redox:

The reduction and oxidation reactions are occur simultaneously with in a single reaction is known as redox reaction.

Balancing of redox reaction:

The unbalanced charge (electron) and atoms (ions) in the equation of redox reactions are commonly balanced by half reaction method.

In this method, the given redox reaction is separated by two half reactions, one is oxidation and another one is reduction.

The medium of the reaction is used to balance the Hydrogen and Oxygen ions in the half cell reactions.

Balancing of redox reaction in acid medium:

In the acid medium, the addition of H+ ion to balance the Hydrogen and Water is added to balance the Oxygen atom.

Charge is balanced by addition of electron in the sides with the greater positive charge.

Balancing of redox reaction in basic medium:

In the acid medium, the addition of OH− ion to balance the Hydrogen and Oxygen atoms are balanced by addition of water in the equation.

Charge is balanced by addition of electron in the sides with the greater positive charge.

Expert Solution & Answer

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Answer 4

Question

Chapter 7, Problem 7.93SP

(a)

Interpretation Introduction

Interpretation:

The balanced net ionic equation for the given redox reaction should be written.

Concept introduction:

Redox:

The reduction and oxidation reactions are occur simultaneously with in a single reaction is known as redox reaction.

Balancing of redox reaction:

The unbalanced charge (electron) and atoms (ions) in the equation of redox reactions are commonly balanced by half reaction method.

In this method, the given redox reaction is separated by two half reactions, one is oxidation and another one is reduction.

The medium of the reaction is used to balance the Hydrogen and Oxygen ions in the half cell reactions.

Balancing of redox reaction in acid medium:

In the acid medium, the addition of H+ ion to balance the Hydrogen and water is added to balance the Oxygen atom.

Charge is balanced by addition of electron in the sides with the greater positive charge.

Balancing of redox reaction in basic medium:

In the acid medium, the addition of OH− ion and electron to balance the charge of the reaction and Hydrogen and Oxygen atoms are balanced by addition of water in the equation.

(b)

Interpretation Introduction

Interpretation:

The balanced net ionic equation for the given redox reaction should be written.

Concept introduction:

Redox:

The reduction and oxidation reactions are occur simultaneously with in a single reaction is known as redox reaction.

Balancing of redox reaction:

The unbalanced charge (electron) and atoms (ions) in the equation of redox reactions are commonly balanced by half reaction method.

In this method, the given redox reaction is separated by two half reactions, one is oxidation and another one is reduction.

The medium of the reaction is used to balance the Hydrogen and Oxygen ions in the half cell reactions.

Balancing of redox reaction in acid medium:

In the acid medium, the addition of H+ ion to balance the Hydrogen and Water is added to balance the Oxygen atom.

Charge is balanced by addition of electron in the sides with the greater positive charge.

Balancing of redox reaction in basic medium:

In the acid medium, the addition of OH− ion to balance the Hydrogen and Oxygen atoms are balanced by addition of water in the equation.

Charge is balanced by addition of electron in the sides with the greater positive charge.

(c)

Interpretation Introduction

Interpretation:

The balanced net ionic equation for the given redox reaction should be written.

Concept introduction:

Redox:

The reduction and oxidation reactions are occur simultaneously with in a single reaction is known as redox reaction.

Balancing of redox reaction:

The unbalanced charge (electron) and atoms (ions) in the equation of redox reactions are commonly balanced by half reaction method.

In this method, the given redox reaction is separated by two half reactions, one is oxidation and another one is reduction.

The medium of the reaction is used to balance the Hydrogen and Oxygen ions in the half cell reactions.

Balancing of redox reaction in acid medium:

In the acid medium, the addition of H+ ion to balance the Hydrogen and Water is added to balance the Oxygen atom.

Charge is balanced by addition of electron in the sides with the greater positive charge.

Balancing of redox reaction in basic medium:

In the acid medium, the addition of OH− ion to balance the Hydrogen and Oxygen atoms are balanced by addition of water in the equation.

Charge is balanced by addition of electron in the sides with the greater positive charge.

(d)

Interpretation Introduction

Interpretation:

The balanced net ionic equation for the given redox reaction should be written.

Concept introduction:

Redox:

The reduction and oxidation reactions are occur simultaneously with in a single reaction is known as redox reaction.

Balancing of redox reaction:

The unbalanced charge (electron) and atoms (ions) in the equation of redox reactions are commonly balanced by half reaction method.

In this method, the given redox reaction is separated by two half reactions, one is oxidation and another one is reduction.

The medium of the reaction is used to balance the Hydrogen and Oxygen ions in the half cell reactions.

Balancing of redox reaction in acid medium:

In the acid medium, the addition of H+ ion to balance the Hydrogen and Water is added to balance the Oxygen atom.

Charge is balanced by addition of electron in the sides with the greater positive charge.

Balancing of redox reaction in basic medium:

In the acid medium, the addition of OH− ion to balance the Hydrogen and Oxygen atoms are balanced by addition of water in the equation.

Charge is balanced by addition of electron in the sides with the greater positive charge.

Expert Solution & Answer

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Check out a sample textbook solution

See solution

Answer 5

Chapter 7, Problem 7.93SP

(a)

Interpretation Introduction

Interpretation:

The balanced net ionic equation for the given redox reaction should be written.

Concept introduction:

Redox:

The reduction and oxidation reactions are occur simultaneously with in a single reaction is known as redox reaction.

Balancing of redox reaction:

The unbalanced charge (electron) and atoms (ions) in the equation of redox reactions are commonly balanced by half reaction method.

In this method, the given redox reaction is separated by two half reactions, one is oxidation and another one is reduction.

The medium of the reaction is used to balance the Hydrogen and Oxygen ions in the half cell reactions.

Balancing of redox reaction in acid medium:

In the acid medium, the addition of H+ ion to balance the Hydrogen and water is added to balance the Oxygen atom.

Charge is balanced by addition of electron in the sides with the greater positive charge.

Balancing of redox reaction in basic medium:

In the acid medium, the addition of OH− ion and electron to balance the charge of the reaction and Hydrogen and Oxygen atoms are balanced by addition of water in the equation.

(b)

Interpretation Introduction

Interpretation:

The balanced net ionic equation for the given redox reaction should be written.

Concept introduction:

Redox:

The reduction and oxidation reactions are occur simultaneously with in a single reaction is known as redox reaction.

Balancing of redox reaction:

The unbalanced charge (electron) and atoms (ions) in the equation of redox reactions are commonly balanced by half reaction method.

In this method, the given redox reaction is separated by two half reactions, one is oxidation and another one is reduction.

The medium of the reaction is used to balance the Hydrogen and Oxygen ions in the half cell reactions.

Balancing of redox reaction in acid medium:

In the acid medium, the addition of H+ ion to balance the Hydrogen and Water is added to balance the Oxygen atom.

Charge is balanced by addition of electron in the sides with the greater positive charge.

Balancing of redox reaction in basic medium:

In the acid medium, the addition of OH− ion to balance the Hydrogen and Oxygen atoms are balanced by addition of water in the equation.

Charge is balanced by addition of electron in the sides with the greater positive charge.

(c)

Interpretation Introduction

Interpretation:

The balanced net ionic equation for the given redox reaction should be written.

Concept introduction:

Redox:

The reduction and oxidation reactions are occur simultaneously with in a single reaction is known as redox reaction.

Balancing of redox reaction:

The unbalanced charge (electron) and atoms (ions) in the equation of redox reactions are commonly balanced by half reaction method.

In this method, the given redox reaction is separated by two half reactions, one is oxidation and another one is reduction.

The medium of the reaction is used to balance the Hydrogen and Oxygen ions in the half cell reactions.

Balancing of redox reaction in acid medium:

In the acid medium, the addition of H+ ion to balance the Hydrogen and Water is added to balance the Oxygen atom.

Charge is balanced by addition of electron in the sides with the greater positive charge.

Balancing of redox reaction in basic medium:

In the acid medium, the addition of OH− ion to balance the Hydrogen and Oxygen atoms are balanced by addition of water in the equation.

Charge is balanced by addition of electron in the sides with the greater positive charge.

(d)

Interpretation Introduction

Interpretation:

The balanced net ionic equation for the given redox reaction should be written.

Concept introduction:

Redox:

The reduction and oxidation reactions are occur simultaneously with in a single reaction is known as redox reaction.

Balancing of redox reaction:

The unbalanced charge (electron) and atoms (ions) in the equation of redox reactions are commonly balanced by half reaction method.

In this method, the given redox reaction is separated by two half reactions, one is oxidation and another one is reduction.

The medium of the reaction is used to balance the Hydrogen and Oxygen ions in the half cell reactions.

Balancing of redox reaction in acid medium:

In the acid medium, the addition of H+ ion to balance the Hydrogen and Water is added to balance the Oxygen atom.

Charge is balanced by addition of electron in the sides with the greater positive charge.

Balancing of redox reaction in basic medium:

In the acid medium, the addition of OH− ion to balance the Hydrogen and Oxygen atoms are balanced by addition of water in the equation.

Charge is balanced by addition of electron in the sides with the greater positive charge.

Answer 6

Chapter 7, Problem 7.93SP

(a)

Interpretation Introduction

Interpretation:

The balanced net ionic equation for the given redox reaction should be written.

Concept introduction:

Redox:

The reduction and oxidation reactions are occur simultaneously with in a single reaction is known as redox reaction.

Balancing of redox reaction:

The unbalanced charge (electron) and atoms (ions) in the equation of redox reactions are commonly balanced by half reaction method.

In this method, the given redox reaction is separated by two half reactions, one is oxidation and another one is reduction.

The medium of the reaction is used to balance the Hydrogen and Oxygen ions in the half cell reactions.

Balancing of redox reaction in acid medium:

In the acid medium, the addition of H+ ion to balance the Hydrogen and water is added to balance the Oxygen atom.

Charge is balanced by addition of electron in the sides with the greater positive charge.

Balancing of redox reaction in basic medium:

In the acid medium, the addition of OH− ion and electron to balance the charge of the reaction and Hydrogen and Oxygen atoms are balanced by addition of water in the equation.

Answer 7

Chapter 7, Problem 7.93SP

(a)

Interpretation Introduction

Interpretation:

The balanced net ionic equation for the given redox reaction should be written.

Concept introduction:

Redox:

The reduction and oxidation reactions are occur simultaneously with in a single reaction is known as redox reaction.

Balancing of redox reaction:

The unbalanced charge (electron) and atoms (ions) in the equation of redox reactions are commonly balanced by half reaction method.

In this method, the given redox reaction is separated by two half reactions, one is oxidation and another one is reduction.

The medium of the reaction is used to balance the Hydrogen and Oxygen ions in the half cell reactions.

Balancing of redox reaction in acid medium:

In the acid medium, the addition of H+ ion to balance the Hydrogen and water is added to balance the Oxygen atom.

Charge is balanced by addition of electron in the sides with the greater positive charge.

Balancing of redox reaction in basic medium:

In the acid medium, the addition of OH− ion and electron to balance the charge of the reaction and Hydrogen and Oxygen atoms are balanced by addition of water in the equation.

Answer 8

(b)

Interpretation Introduction

Interpretation:

The balanced net ionic equation for the given redox reaction should be written.

Concept introduction:

Redox:

The reduction and oxidation reactions are occur simultaneously with in a single reaction is known as redox reaction.

Balancing of redox reaction:

The unbalanced charge (electron) and atoms (ions) in the equation of redox reactions are commonly balanced by half reaction method.

In this method, the given redox reaction is separated by two half reactions, one is oxidation and another one is reduction.

The medium of the reaction is used to balance the Hydrogen and Oxygen ions in the half cell reactions.

Balancing of redox reaction in acid medium:

In the acid medium, the addition of H+ ion to balance the Hydrogen and Water is added to balance the Oxygen atom.

Charge is balanced by addition of electron in the sides with the greater positive charge.

Balancing of redox reaction in basic medium:

In the acid medium, the addition of OH− ion to balance the Hydrogen and Oxygen atoms are balanced by addition of water in the equation.

Charge is balanced by addition of electron in the sides with the greater positive charge.

Answer 9

(b)

Interpretation Introduction

Interpretation:

The balanced net ionic equation for the given redox reaction should be written.

Concept introduction:

Redox:

The reduction and oxidation reactions are occur simultaneously with in a single reaction is known as redox reaction.

Balancing of redox reaction:

The unbalanced charge (electron) and atoms (ions) in the equation of redox reactions are commonly balanced by half reaction method.

In this method, the given redox reaction is separated by two half reactions, one is oxidation and another one is reduction.

The medium of the reaction is used to balance the Hydrogen and Oxygen ions in the half cell reactions.

Balancing of redox reaction in acid medium:

In the acid medium, the addition of H+ ion to balance the Hydrogen and Water is added to balance the Oxygen atom.

Charge is balanced by addition of electron in the sides with the greater positive charge.

Balancing of redox reaction in basic medium:

In the acid medium, the addition of OH− ion to balance the Hydrogen and Oxygen atoms are balanced by addition of water in the equation.

Charge is balanced by addition of electron in the sides with the greater positive charge.

Answer 10

(c)

Interpretation Introduction

Interpretation:

The balanced net ionic equation for the given redox reaction should be written.

Concept introduction:

Redox:

The reduction and oxidation reactions are occur simultaneously with in a single reaction is known as redox reaction.

Balancing of redox reaction:

The unbalanced charge (electron) and atoms (ions) in the equation of redox reactions are commonly balanced by half reaction method.

In this method, the given redox reaction is separated by two half reactions, one is oxidation and another one is reduction.

The medium of the reaction is used to balance the Hydrogen and Oxygen ions in the half cell reactions.

Balancing of redox reaction in acid medium:

In the acid medium, the addition of H+ ion to balance the Hydrogen and Water is added to balance the Oxygen atom.

Charge is balanced by addition of electron in the sides with the greater positive charge.

Balancing of redox reaction in basic medium:

In the acid medium, the addition of OH− ion to balance the Hydrogen and Oxygen atoms are balanced by addition of water in the equation.

Charge is balanced by addition of electron in the sides with the greater positive charge.

Answer 11

(c)

Interpretation Introduction

Interpretation:

The balanced net ionic equation for the given redox reaction should be written.

Concept introduction:

Redox:

The reduction and oxidation reactions are occur simultaneously with in a single reaction is known as redox reaction.

Balancing of redox reaction:

The unbalanced charge (electron) and atoms (ions) in the equation of redox reactions are commonly balanced by half reaction method.

In this method, the given redox reaction is separated by two half reactions, one is oxidation and another one is reduction.

The medium of the reaction is used to balance the Hydrogen and Oxygen ions in the half cell reactions.

Balancing of redox reaction in acid medium:

In the acid medium, the addition of H+ ion to balance the Hydrogen and Water is added to balance the Oxygen atom.

Charge is balanced by addition of electron in the sides with the greater positive charge.

Balancing of redox reaction in basic medium:

In the acid medium, the addition of OH− ion to balance the Hydrogen and Oxygen atoms are balanced by addition of water in the equation.

Charge is balanced by addition of electron in the sides with the greater positive charge.

Answer 12

(d)

Interpretation Introduction

Interpretation:

The balanced net ionic equation for the given redox reaction should be written.

Concept introduction:

Redox:

The reduction and oxidation reactions are occur simultaneously with in a single reaction is known as redox reaction.

Balancing of redox reaction:

The unbalanced charge (electron) and atoms (ions) in the equation of redox reactions are commonly balanced by half reaction method.

In this method, the given redox reaction is separated by two half reactions, one is oxidation and another one is reduction.

The medium of the reaction is used to balance the Hydrogen and Oxygen ions in the half cell reactions.

Balancing of redox reaction in acid medium:

In the acid medium, the addition of H+ ion to balance the Hydrogen and Water is added to balance the Oxygen atom.

Charge is balanced by addition of electron in the sides with the greater positive charge.

Balancing of redox reaction in basic medium:

In the acid medium, the addition of OH− ion to balance the Hydrogen and Oxygen atoms are balanced by addition of water in the equation.

Charge is balanced by addition of electron in the sides with the greater positive charge.

Answer 13

(d)

Interpretation Introduction

Interpretation:

The balanced net ionic equation for the given redox reaction should be written.

Concept introduction:

Redox:

The reduction and oxidation reactions are occur simultaneously with in a single reaction is known as redox reaction.

Balancing of redox reaction:

The unbalanced charge (electron) and atoms (ions) in the equation of redox reactions are commonly balanced by half reaction method.

In this method, the given redox reaction is separated by two half reactions, one is oxidation and another one is reduction.

The medium of the reaction is used to balance the Hydrogen and Oxygen ions in the half cell reactions.

Balancing of redox reaction in acid medium:

In the acid medium, the addition of H+ ion to balance the Hydrogen and Water is added to balance the Oxygen atom.

Charge is balanced by addition of electron in the sides with the greater positive charge.

Balancing of redox reaction in basic medium:

In the acid medium, the addition of OH− ion to balance the Hydrogen and Oxygen atoms are balanced by addition of water in the equation.

Charge is balanced by addition of electron in the sides with the greater positive charge.

Answer 14

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Answer 17

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Solution Summary: The author explains that the balanced net ionic equation for the given redox reaction should be written.

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