Definition of the following terminologies: a) Prokaryote b) Eukaryote c) Organelle d) Hydrophilic e) Hydrophobic Introduction: Organisms are classified into prokaryotesand eukaryotes on the basis of theircell characteristics. Both types of cells contain cytoplasm, which provides a site for various chemical reactions to occur. Based on their ability to interact with water in the cell, the substances can be hydrophobic or hydrophilic. Their behavior with water is essential for their distribution in the cell.

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Answer 1

Question

Chapter 2, Problem 1RQ

Summary Introduction

To review:

Definition of the following terminologies:

a) Prokaryote

b) Eukaryote

c) Organelle

d) Hydrophilic

e) Hydrophobic

Introduction:

Organisms are classified into prokaryotesand eukaryotes on the basis of theircell characteristics. Both types of cells contain cytoplasm, which provides a site for various chemical reactions to occur. Based on their ability to interact with water in the cell, the substances can be hydrophobic or hydrophilic. Their behavior with water is essential for their distribution in the cell.

Expert Solution & Answer

Explanation of Solution

a) Prokaryote: Unicellular living organisms thatlack a well-defined nucleus are termed as prokaryotes. They are classified into two distinct classes: archaea and bacteria. Some of the bacteria can cause disease, such as cholera, syphili, snd tetanus, whereas some are useful to humans, such as those which are involved in the preparation of yogurt, chees, end bread. Organisms in group Archaea can thrive in challenging habitats.

b) Eukaryote: These organisms can be unicellular (such as protist) ormulticellular (such as plants and animals). They possess a well-defined nucleus and membrane-bound organelles(subcellular compartments) in their large sized cells. Their cells are more complex due to cellular specialization (according to their specific functions) and communication mechanisms among the cells.

c) Organelles: These are thesubcellular compartmentspresent mainly in eukaryotes. They have the ability to perform specificcellular functions. They are often bounded by a membrane, and provide compartmentalization for efficient regulation of biochemical processes.

d) Hydrophilic: The molecules thatfavorably interact with water molecules or polar materials are termed as hydrophilic. They possess charge (positive or negative), or contain electronegative elements, such as nitrogen or oxygen to form a hydrogen bond with water. Examples of such molecules in a cell include sugar (glucose) and salt (sodium chloride).

e) Hydrophobic: Hydrophobic molecules are those which do not interact with water as they lack any electronegative elements. They tend to form aggregation spontaneously when mixed with waterin an aqueous environment. Aggregation results in minimum contact between their nonpolar hydrocarbon chains and water, thus preventing any interaction.

Conclusion

Therefore, it can be concluded that prokaryotes and eukaryotes are different from each other on the basis of nucleus, size, and presence of membrane-bound organelles. Substances in a cell can be hydrophobic or hydrophilic, depending upon whether they interact with water or not.

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Answer 2

Question

Chapter 2, Problem 1RQ

Summary Introduction

To review:

Definition of the following terminologies:

a) Prokaryote

b) Eukaryote

c) Organelle

d) Hydrophilic

e) Hydrophobic

Introduction:

Organisms are classified into prokaryotesand eukaryotes on the basis of theircell characteristics. Both types of cells contain cytoplasm, which provides a site for various chemical reactions to occur. Based on their ability to interact with water in the cell, the substances can be hydrophobic or hydrophilic. Their behavior with water is essential for their distribution in the cell.

Expert Solution & Answer

Explanation of Solution

a) Prokaryote: Unicellular living organisms thatlack a well-defined nucleus are termed as prokaryotes. They are classified into two distinct classes: archaea and bacteria. Some of the bacteria can cause disease, such as cholera, syphili, snd tetanus, whereas some are useful to humans, such as those which are involved in the preparation of yogurt, chees, end bread. Organisms in group Archaea can thrive in challenging habitats.

b) Eukaryote: These organisms can be unicellular (such as protist) ormulticellular (such as plants and animals). They possess a well-defined nucleus and membrane-bound organelles(subcellular compartments) in their large sized cells. Their cells are more complex due to cellular specialization (according to their specific functions) and communication mechanisms among the cells.

c) Organelles: These are thesubcellular compartmentspresent mainly in eukaryotes. They have the ability to perform specificcellular functions. They are often bounded by a membrane, and provide compartmentalization for efficient regulation of biochemical processes.

d) Hydrophilic: The molecules thatfavorably interact with water molecules or polar materials are termed as hydrophilic. They possess charge (positive or negative), or contain electronegative elements, such as nitrogen or oxygen to form a hydrogen bond with water. Examples of such molecules in a cell include sugar (glucose) and salt (sodium chloride).

e) Hydrophobic: Hydrophobic molecules are those which do not interact with water as they lack any electronegative elements. They tend to form aggregation spontaneously when mixed with waterin an aqueous environment. Aggregation results in minimum contact between their nonpolar hydrocarbon chains and water, thus preventing any interaction.

Conclusion

Therefore, it can be concluded that prokaryotes and eukaryotes are different from each other on the basis of nucleus, size, and presence of membrane-bound organelles. Substances in a cell can be hydrophobic or hydrophilic, depending upon whether they interact with water or not.

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Answer 3

Question

Chapter 2, Problem 1RQ

Summary Introduction

To review:

Definition of the following terminologies:

a) Prokaryote

b) Eukaryote

c) Organelle

d) Hydrophilic

e) Hydrophobic

Introduction:

Organisms are classified into prokaryotesand eukaryotes on the basis of theircell characteristics. Both types of cells contain cytoplasm, which provides a site for various chemical reactions to occur. Based on their ability to interact with water in the cell, the substances can be hydrophobic or hydrophilic. Their behavior with water is essential for their distribution in the cell.

Expert Solution & Answer

Explanation of Solution

a) Prokaryote: Unicellular living organisms thatlack a well-defined nucleus are termed as prokaryotes. They are classified into two distinct classes: archaea and bacteria. Some of the bacteria can cause disease, such as cholera, syphili, snd tetanus, whereas some are useful to humans, such as those which are involved in the preparation of yogurt, chees, end bread. Organisms in group Archaea can thrive in challenging habitats.

b) Eukaryote: These organisms can be unicellular (such as protist) ormulticellular (such as plants and animals). They possess a well-defined nucleus and membrane-bound organelles(subcellular compartments) in their large sized cells. Their cells are more complex due to cellular specialization (according to their specific functions) and communication mechanisms among the cells.

c) Organelles: These are thesubcellular compartmentspresent mainly in eukaryotes. They have the ability to perform specificcellular functions. They are often bounded by a membrane, and provide compartmentalization for efficient regulation of biochemical processes.

d) Hydrophilic: The molecules thatfavorably interact with water molecules or polar materials are termed as hydrophilic. They possess charge (positive or negative), or contain electronegative elements, such as nitrogen or oxygen to form a hydrogen bond with water. Examples of such molecules in a cell include sugar (glucose) and salt (sodium chloride).

e) Hydrophobic: Hydrophobic molecules are those which do not interact with water as they lack any electronegative elements. They tend to form aggregation spontaneously when mixed with waterin an aqueous environment. Aggregation results in minimum contact between their nonpolar hydrocarbon chains and water, thus preventing any interaction.

Conclusion

Therefore, it can be concluded that prokaryotes and eukaryotes are different from each other on the basis of nucleus, size, and presence of membrane-bound organelles. Substances in a cell can be hydrophobic or hydrophilic, depending upon whether they interact with water or not.

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Subscribe now to access step-by-step solutions to millions of textbook problems written by subject matter experts!

Answer 4

Question

Chapter 2, Problem 1RQ

Summary Introduction

To review:

Definition of the following terminologies:

a) Prokaryote

b) Eukaryote

c) Organelle

d) Hydrophilic

e) Hydrophobic

Introduction:

Organisms are classified into prokaryotesand eukaryotes on the basis of theircell characteristics. Both types of cells contain cytoplasm, which provides a site for various chemical reactions to occur. Based on their ability to interact with water in the cell, the substances can be hydrophobic or hydrophilic. Their behavior with water is essential for their distribution in the cell.

Expert Solution & Answer

Explanation of Solution

a) Prokaryote: Unicellular living organisms thatlack a well-defined nucleus are termed as prokaryotes. They are classified into two distinct classes: archaea and bacteria. Some of the bacteria can cause disease, such as cholera, syphili, snd tetanus, whereas some are useful to humans, such as those which are involved in the preparation of yogurt, chees, end bread. Organisms in group Archaea can thrive in challenging habitats.

b) Eukaryote: These organisms can be unicellular (such as protist) ormulticellular (such as plants and animals). They possess a well-defined nucleus and membrane-bound organelles(subcellular compartments) in their large sized cells. Their cells are more complex due to cellular specialization (according to their specific functions) and communication mechanisms among the cells.

c) Organelles: These are thesubcellular compartmentspresent mainly in eukaryotes. They have the ability to perform specificcellular functions. They are often bounded by a membrane, and provide compartmentalization for efficient regulation of biochemical processes.

d) Hydrophilic: The molecules thatfavorably interact with water molecules or polar materials are termed as hydrophilic. They possess charge (positive or negative), or contain electronegative elements, such as nitrogen or oxygen to form a hydrogen bond with water. Examples of such molecules in a cell include sugar (glucose) and salt (sodium chloride).

e) Hydrophobic: Hydrophobic molecules are those which do not interact with water as they lack any electronegative elements. They tend to form aggregation spontaneously when mixed with waterin an aqueous environment. Aggregation results in minimum contact between their nonpolar hydrocarbon chains and water, thus preventing any interaction.

Conclusion

Therefore, it can be concluded that prokaryotes and eukaryotes are different from each other on the basis of nucleus, size, and presence of membrane-bound organelles. Substances in a cell can be hydrophobic or hydrophilic, depending upon whether they interact with water or not.

Want to see more full solutions like this?

Subscribe now to access step-by-step solutions to millions of textbook problems written by subject matter experts!

Answer 5

Chapter 2, Problem 1RQ

Summary Introduction

To review:

Definition of the following terminologies:

a) Prokaryote

b) Eukaryote

c) Organelle

d) Hydrophilic

e) Hydrophobic

Introduction:

Organisms are classified into prokaryotesand eukaryotes on the basis of theircell characteristics. Both types of cells contain cytoplasm, which provides a site for various chemical reactions to occur. Based on their ability to interact with water in the cell, the substances can be hydrophobic or hydrophilic. Their behavior with water is essential for their distribution in the cell.

Expert Solution & Answer

Explanation of Solution

a) Prokaryote: Unicellular living organisms thatlack a well-defined nucleus are termed as prokaryotes. They are classified into two distinct classes: archaea and bacteria. Some of the bacteria can cause disease, such as cholera, syphili, snd tetanus, whereas some are useful to humans, such as those which are involved in the preparation of yogurt, chees, end bread. Organisms in group Archaea can thrive in challenging habitats.

b) Eukaryote: These organisms can be unicellular (such as protist) ormulticellular (such as plants and animals). They possess a well-defined nucleus and membrane-bound organelles(subcellular compartments) in their large sized cells. Their cells are more complex due to cellular specialization (according to their specific functions) and communication mechanisms among the cells.

c) Organelles: These are thesubcellular compartmentspresent mainly in eukaryotes. They have the ability to perform specificcellular functions. They are often bounded by a membrane, and provide compartmentalization for efficient regulation of biochemical processes.

d) Hydrophilic: The molecules thatfavorably interact with water molecules or polar materials are termed as hydrophilic. They possess charge (positive or negative), or contain electronegative elements, such as nitrogen or oxygen to form a hydrogen bond with water. Examples of such molecules in a cell include sugar (glucose) and salt (sodium chloride).

e) Hydrophobic: Hydrophobic molecules are those which do not interact with water as they lack any electronegative elements. They tend to form aggregation spontaneously when mixed with waterin an aqueous environment. Aggregation results in minimum contact between their nonpolar hydrocarbon chains and water, thus preventing any interaction.

Conclusion

Therefore, it can be concluded that prokaryotes and eukaryotes are different from each other on the basis of nucleus, size, and presence of membrane-bound organelles. Substances in a cell can be hydrophobic or hydrophilic, depending upon whether they interact with water or not.

Answer 6

Chapter 2, Problem 1RQ

Summary Introduction

To review:

Definition of the following terminologies:

a) Prokaryote

b) Eukaryote

c) Organelle

d) Hydrophilic

e) Hydrophobic

Introduction:

Organisms are classified into prokaryotesand eukaryotes on the basis of theircell characteristics. Both types of cells contain cytoplasm, which provides a site for various chemical reactions to occur. Based on their ability to interact with water in the cell, the substances can be hydrophobic or hydrophilic. Their behavior with water is essential for their distribution in the cell.

Expert Solution & Answer

Explanation of Solution

a) Prokaryote: Unicellular living organisms thatlack a well-defined nucleus are termed as prokaryotes. They are classified into two distinct classes: archaea and bacteria. Some of the bacteria can cause disease, such as cholera, syphili, snd tetanus, whereas some are useful to humans, such as those which are involved in the preparation of yogurt, chees, end bread. Organisms in group Archaea can thrive in challenging habitats.

b) Eukaryote: These organisms can be unicellular (such as protist) ormulticellular (such as plants and animals). They possess a well-defined nucleus and membrane-bound organelles(subcellular compartments) in their large sized cells. Their cells are more complex due to cellular specialization (according to their specific functions) and communication mechanisms among the cells.

c) Organelles: These are thesubcellular compartmentspresent mainly in eukaryotes. They have the ability to perform specificcellular functions. They are often bounded by a membrane, and provide compartmentalization for efficient regulation of biochemical processes.

d) Hydrophilic: The molecules thatfavorably interact with water molecules or polar materials are termed as hydrophilic. They possess charge (positive or negative), or contain electronegative elements, such as nitrogen or oxygen to form a hydrogen bond with water. Examples of such molecules in a cell include sugar (glucose) and salt (sodium chloride).

e) Hydrophobic: Hydrophobic molecules are those which do not interact with water as they lack any electronegative elements. They tend to form aggregation spontaneously when mixed with waterin an aqueous environment. Aggregation results in minimum contact between their nonpolar hydrocarbon chains and water, thus preventing any interaction.

Conclusion

Therefore, it can be concluded that prokaryotes and eukaryotes are different from each other on the basis of nucleus, size, and presence of membrane-bound organelles. Substances in a cell can be hydrophobic or hydrophilic, depending upon whether they interact with water or not.

Answer 7

Chapter 2, Problem 1RQ

Summary Introduction

To review:

Definition of the following terminologies:

a) Prokaryote

b) Eukaryote

c) Organelle

d) Hydrophilic

e) Hydrophobic

Introduction:

Organisms are classified into prokaryotesand eukaryotes on the basis of theircell characteristics. Both types of cells contain cytoplasm, which provides a site for various chemical reactions to occur. Based on their ability to interact with water in the cell, the substances can be hydrophobic or hydrophilic. Their behavior with water is essential for their distribution in the cell.

Answer 8

Expert Solution & Answer

Explanation of Solution

a) Prokaryote: Unicellular living organisms thatlack a well-defined nucleus are termed as prokaryotes. They are classified into two distinct classes: archaea and bacteria. Some of the bacteria can cause disease, such as cholera, syphili, snd tetanus, whereas some are useful to humans, such as those which are involved in the preparation of yogurt, chees, end bread. Organisms in group Archaea can thrive in challenging habitats.

b) Eukaryote: These organisms can be unicellular (such as protist) ormulticellular (such as plants and animals). They possess a well-defined nucleus and membrane-bound organelles(subcellular compartments) in their large sized cells. Their cells are more complex due to cellular specialization (according to their specific functions) and communication mechanisms among the cells.

c) Organelles: These are thesubcellular compartmentspresent mainly in eukaryotes. They have the ability to perform specificcellular functions. They are often bounded by a membrane, and provide compartmentalization for efficient regulation of biochemical processes.

d) Hydrophilic: The molecules thatfavorably interact with water molecules or polar materials are termed as hydrophilic. They possess charge (positive or negative), or contain electronegative elements, such as nitrogen or oxygen to form a hydrogen bond with water. Examples of such molecules in a cell include sugar (glucose) and salt (sodium chloride).

e) Hydrophobic: Hydrophobic molecules are those which do not interact with water as they lack any electronegative elements. They tend to form aggregation spontaneously when mixed with waterin an aqueous environment. Aggregation results in minimum contact between their nonpolar hydrocarbon chains and water, thus preventing any interaction.

Answer 9

Expert Solution & Answer

Answer 10

Expert Solution & Answer

Answer 11

Conclusion

Therefore, it can be concluded that prokaryotes and eukaryotes are different from each other on the basis of nucleus, size, and presence of membrane-bound organelles. Substances in a cell can be hydrophobic or hydrophilic, depending upon whether they interact with water or not.

Answer 12

Ch. 2 - Prob. 1RQ Ch. 2 - Prob. 2RQ Ch. 2 - Prob. 3RQ Ch. 2 - Prob. 4RQ Ch. 2 - Prob. 5RQ Ch. 2 - Prob. 6RQ Ch. 2 - Prob. 7RQ Ch. 2 - Prob. 8RQ Ch. 2 - Prob. 9RQ Ch. 2 - Prob. 10RQ

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