Basic feature of galvanic cell and the separated component should be briefly described. Concept Introduction: Salt bridge: A salt bridge is an inverted U- tube that contains an electrolyte and connects the two half-cells in a galvanic cell. OR A tube containing an electrolyte, providing electrical contact between two solutions. OR A link between electrically charged acidic and basic groups, especially on different parts of a large molecule such as a protein. Electrolyte: An electrolyte is a compound which forms ions when dissolved in an aqueous solution. Electrolyte may be acid base and salts. The most common electrolyte used is calcium, chloride, magnesium, etc. Anode: Where oxidation occurs, gives off electrons. Cathode: Where the reduction take place. Cell voltage: The voltage experienced across the electrodes of a galvanic cell. Electromotive force: It is the special kind of force which can measure the voltage. Standard reduction potential : The voltages associate with the reduction reaction at an electrode when all solute are 1M and all gases are at 1atm. The purpose of salt bridge is not to move electrons from the electrolyte; rather it’s to maintain charge balance because the electrons are moving from one half cell to the other. The electron flow from anode to cathode. Some example of galvanic cell are given below, 1) Concentration cell 2) Galvanic cell

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Answer 1

Question

Chapter 18, Problem 18.4QP

Interpretation Introduction

Interpretation: Basic feature of galvanic cell and the separated component should be briefly described.

Concept Introduction:

Salt bridge: A salt bridge is an inverted U- tube that contains an electrolyte and connects the two half-cells in a galvanic cell.

OR

A tube containing an electrolyte, providing electrical contact between two solutions.

OR

A link between electrically charged acidic and basic groups, especially on different parts of a large molecule such as a protein.

Electrolyte:

An electrolyte is a compound which forms ions when dissolved in an aqueous solution.

Electrolyte may be acid base and salts. The most common electrolyte used is calcium, chloride, magnesium, etc.

Anode: Where oxidation occurs, gives off electrons.

Cathode: Where the reduction take place.

Cell voltage: The voltage experienced across the electrodes of a galvanic cell.

Electromotive force: It is the special kind of force which can measure the voltage.

Standard reduction potential: The voltages associate with the reduction reaction at an electrode when all solute are 1M and all gases are at 1atm.

The purpose of salt bridge is not to move electrons from the electrolyte; rather it’s to maintain charge balance because the electrons are moving from one half cell to the other.

The electron flow from anode to cathode.

Some example of galvanic cell are given below,

1) Concentration cell

2) Galvanic cell

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Answer 2

Question

Chapter 18, Problem 18.4QP

Interpretation Introduction

Interpretation: Basic feature of galvanic cell and the separated component should be briefly described.

Concept Introduction:

Salt bridge: A salt bridge is an inverted U- tube that contains an electrolyte and connects the two half-cells in a galvanic cell.

OR

A tube containing an electrolyte, providing electrical contact between two solutions.

OR

A link between electrically charged acidic and basic groups, especially on different parts of a large molecule such as a protein.

Electrolyte:

An electrolyte is a compound which forms ions when dissolved in an aqueous solution.

Electrolyte may be acid base and salts. The most common electrolyte used is calcium, chloride, magnesium, etc.

Anode: Where oxidation occurs, gives off electrons.

Cathode: Where the reduction take place.

Cell voltage: The voltage experienced across the electrodes of a galvanic cell.

Electromotive force: It is the special kind of force which can measure the voltage.

Standard reduction potential: The voltages associate with the reduction reaction at an electrode when all solute are 1M and all gases are at 1atm.

The purpose of salt bridge is not to move electrons from the electrolyte; rather it’s to maintain charge balance because the electrons are moving from one half cell to the other.

The electron flow from anode to cathode.

Some example of galvanic cell are given below,

1) Concentration cell

2) Galvanic cell

Expert Solution & Answer

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Check out a sample textbook solution

See solution

Answer 3

Question

Chapter 18, Problem 18.4QP

Interpretation Introduction

Interpretation: Basic feature of galvanic cell and the separated component should be briefly described.

Concept Introduction:

Salt bridge: A salt bridge is an inverted U- tube that contains an electrolyte and connects the two half-cells in a galvanic cell.

OR

A tube containing an electrolyte, providing electrical contact between two solutions.

OR

A link between electrically charged acidic and basic groups, especially on different parts of a large molecule such as a protein.

Electrolyte:

An electrolyte is a compound which forms ions when dissolved in an aqueous solution.

Electrolyte may be acid base and salts. The most common electrolyte used is calcium, chloride, magnesium, etc.

Anode: Where oxidation occurs, gives off electrons.

Cathode: Where the reduction take place.

Cell voltage: The voltage experienced across the electrodes of a galvanic cell.

Electromotive force: It is the special kind of force which can measure the voltage.

Standard reduction potential: The voltages associate with the reduction reaction at an electrode when all solute are 1M and all gases are at 1atm.

The purpose of salt bridge is not to move electrons from the electrolyte; rather it’s to maintain charge balance because the electrons are moving from one half cell to the other.

The electron flow from anode to cathode.

Some example of galvanic cell are given below,

1) Concentration cell

2) Galvanic cell

Expert Solution & Answer

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Check out a sample textbook solution

See solution

Answer 4

Question

Chapter 18, Problem 18.4QP

Interpretation Introduction

Interpretation: Basic feature of galvanic cell and the separated component should be briefly described.

Concept Introduction:

Salt bridge: A salt bridge is an inverted U- tube that contains an electrolyte and connects the two half-cells in a galvanic cell.

OR

A tube containing an electrolyte, providing electrical contact between two solutions.

OR

A link between electrically charged acidic and basic groups, especially on different parts of a large molecule such as a protein.

Electrolyte:

An electrolyte is a compound which forms ions when dissolved in an aqueous solution.

Electrolyte may be acid base and salts. The most common electrolyte used is calcium, chloride, magnesium, etc.

Anode: Where oxidation occurs, gives off electrons.

Cathode: Where the reduction take place.

Cell voltage: The voltage experienced across the electrodes of a galvanic cell.

Electromotive force: It is the special kind of force which can measure the voltage.

Standard reduction potential: The voltages associate with the reduction reaction at an electrode when all solute are 1M and all gases are at 1atm.

The purpose of salt bridge is not to move electrons from the electrolyte; rather it’s to maintain charge balance because the electrons are moving from one half cell to the other.

The electron flow from anode to cathode.

Some example of galvanic cell are given below,

1) Concentration cell

2) Galvanic cell

Expert Solution & Answer

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Check out a sample textbook solution

See solution

Answer 5

Chapter 18, Problem 18.4QP

Interpretation Introduction

Interpretation: Basic feature of galvanic cell and the separated component should be briefly described.

Concept Introduction:

Salt bridge: A salt bridge is an inverted U- tube that contains an electrolyte and connects the two half-cells in a galvanic cell.

OR

A tube containing an electrolyte, providing electrical contact between two solutions.

OR

A link between electrically charged acidic and basic groups, especially on different parts of a large molecule such as a protein.

Electrolyte:

An electrolyte is a compound which forms ions when dissolved in an aqueous solution.

Electrolyte may be acid base and salts. The most common electrolyte used is calcium, chloride, magnesium, etc.

Anode: Where oxidation occurs, gives off electrons.

Cathode: Where the reduction take place.

Cell voltage: The voltage experienced across the electrodes of a galvanic cell.

Electromotive force: It is the special kind of force which can measure the voltage.

Standard reduction potential: The voltages associate with the reduction reaction at an electrode when all solute are 1M and all gases are at 1atm.

The purpose of salt bridge is not to move electrons from the electrolyte; rather it’s to maintain charge balance because the electrons are moving from one half cell to the other.

The electron flow from anode to cathode.

Some example of galvanic cell are given below,

1) Concentration cell

2) Galvanic cell

Answer 6

Chapter 18, Problem 18.4QP

Interpretation Introduction

Interpretation: Basic feature of galvanic cell and the separated component should be briefly described.

Concept Introduction:

Salt bridge: A salt bridge is an inverted U- tube that contains an electrolyte and connects the two half-cells in a galvanic cell.

OR

A tube containing an electrolyte, providing electrical contact between two solutions.

OR

A link between electrically charged acidic and basic groups, especially on different parts of a large molecule such as a protein.

Electrolyte:

An electrolyte is a compound which forms ions when dissolved in an aqueous solution.

Electrolyte may be acid base and salts. The most common electrolyte used is calcium, chloride, magnesium, etc.

Anode: Where oxidation occurs, gives off electrons.

Cathode: Where the reduction take place.

Cell voltage: The voltage experienced across the electrodes of a galvanic cell.

Electromotive force: It is the special kind of force which can measure the voltage.

Standard reduction potential: The voltages associate with the reduction reaction at an electrode when all solute are 1M and all gases are at 1atm.

The purpose of salt bridge is not to move electrons from the electrolyte; rather it’s to maintain charge balance because the electrons are moving from one half cell to the other.

The electron flow from anode to cathode.

Some example of galvanic cell are given below,

1) Concentration cell

2) Galvanic cell

Answer 7

Chapter 18, Problem 18.4QP

Interpretation Introduction

Interpretation: Basic feature of galvanic cell and the separated component should be briefly described.

Concept Introduction:

Salt bridge: A salt bridge is an inverted U- tube that contains an electrolyte and connects the two half-cells in a galvanic cell.

OR

A tube containing an electrolyte, providing electrical contact between two solutions.

OR

A link between electrically charged acidic and basic groups, especially on different parts of a large molecule such as a protein.

Electrolyte:

An electrolyte is a compound which forms ions when dissolved in an aqueous solution.

Electrolyte may be acid base and salts. The most common electrolyte used is calcium, chloride, magnesium, etc.

Anode: Where oxidation occurs, gives off electrons.

Cathode: Where the reduction take place.

Cell voltage: The voltage experienced across the electrodes of a galvanic cell.

Electromotive force: It is the special kind of force which can measure the voltage.

Standard reduction potential: The voltages associate with the reduction reaction at an electrode when all solute are 1M and all gases are at 1atm.

The purpose of salt bridge is not to move electrons from the electrolyte; rather it’s to maintain charge balance because the electrons are moving from one half cell to the other.

The electron flow from anode to cathode.

Some example of galvanic cell are given below,

1) Concentration cell

2) Galvanic cell

Answer 8

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Answer 9

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Answer 10

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Answer 11

Ch. 18.1 - Permanganate ion and iodide ion react in basic...Ch. 18.1 - Use the half-reaction method to balance the...Ch. 18.1 - Use the half-reaction method to balance the...Ch. 18.1 - Prob. 18.1.1SR Ch. 18.1 - MnO4 and C2O42 react in basic solution to form...Ch. 18.3 - A galvanic cell consists of an Mg electrode in a...Ch. 18.3 - Determine the overall cell reaction and Ecell (at...Ch. 18.3 - A galvanic cell with Ecell = 0.30 V can be...Ch. 18 - Balance the following redox equations by the...Ch. 18 - Balance the following redox equations by the...

Solution Summary: The author explains the basic feature of galvanic cell and the separated component. Salt bridge is an inverted U-tube that contains an electrolyte, providing electrical contact between two solutions.

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