Convert 3.558 mdyn / A ∘ into units of N / m .

Question

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Answer 1

Textbook Question

Chapter 11, Problem 11.1E

Convert 3.558 mdyn / A ∘ into units of N / m .

Expert Solution & Answer

Interpretation Introduction

Interpretation:

The value 3.558 mdyn/A∘ is to be converted into units of N/m.

Concept introduction:

The Hook’s law states that the strain produced in a solid is directly proportional to the applied force. The classical harmonic oscillator shows repetitive motion. It follows Hook’s law. The Hook’s law is given by,

F=−Kx

Where,

• F is the force.

• K is the spring constant.

• x is the deformation.

Answer to Problem 11.1E

The value of 3.558 mdyn/A∘ in units of N/m is 355.8 N m−1.

Explanation of Solution

The conversion factor of dyn into Newton is given by,

1 dyn=10−5N

The conversion factor of m to nm is given by,

1 A∘=10−10m

The conversion of 3.558 mdyn/A∘ into N/m is as follows:

3.558 m dynA∘= 3.558 m dyn (1 dyn103 m dyn)(10−5N1 dyn)A∘×(10−10m1 A∘)=355.8 Nm−1

Hence, the value of 3.558 mdyn/A∘ in units of N/m is 355.8 N m−1.

Conclusion

The value of 3.558 mdyn/A∘ in units of N/m is 355.8 N m−1.

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Answer 2

Textbook Question

Chapter 11, Problem 11.1E

Convert 3.558 mdyn / A ∘ into units of N / m .

Expert Solution & Answer

Interpretation Introduction

Interpretation:

The value 3.558 mdyn/A∘ is to be converted into units of N/m.

Concept introduction:

The Hook’s law states that the strain produced in a solid is directly proportional to the applied force. The classical harmonic oscillator shows repetitive motion. It follows Hook’s law. The Hook’s law is given by,

F=−Kx

Where,

• F is the force.

• K is the spring constant.

• x is the deformation.

Answer to Problem 11.1E

The value of 3.558 mdyn/A∘ in units of N/m is 355.8 N m−1.

Explanation of Solution

The conversion factor of dyn into Newton is given by,

1 dyn=10−5N

The conversion factor of m to nm is given by,

1 A∘=10−10m

The conversion of 3.558 mdyn/A∘ into N/m is as follows:

3.558 m dynA∘= 3.558 m dyn (1 dyn103 m dyn)(10−5N1 dyn)A∘×(10−10m1 A∘)=355.8 Nm−1

Hence, the value of 3.558 mdyn/A∘ in units of N/m is 355.8 N m−1.

Conclusion

The value of 3.558 mdyn/A∘ in units of N/m is 355.8 N m−1.

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Answer 3

Textbook Question

Chapter 11, Problem 11.1E

Convert 3.558 mdyn / A ∘ into units of N / m .

Expert Solution & Answer

Interpretation Introduction

Interpretation:

The value 3.558 mdyn/A∘ is to be converted into units of N/m.

Concept introduction:

The Hook’s law states that the strain produced in a solid is directly proportional to the applied force. The classical harmonic oscillator shows repetitive motion. It follows Hook’s law. The Hook’s law is given by,

F=−Kx

Where,

• F is the force.

• K is the spring constant.

• x is the deformation.

Answer to Problem 11.1E

The value of 3.558 mdyn/A∘ in units of N/m is 355.8 N m−1.

Explanation of Solution

The conversion factor of dyn into Newton is given by,

1 dyn=10−5N

The conversion factor of m to nm is given by,

1 A∘=10−10m

The conversion of 3.558 mdyn/A∘ into N/m is as follows:

3.558 m dynA∘= 3.558 m dyn (1 dyn103 m dyn)(10−5N1 dyn)A∘×(10−10m1 A∘)=355.8 Nm−1

Hence, the value of 3.558 mdyn/A∘ in units of N/m is 355.8 N m−1.

Conclusion

The value of 3.558 mdyn/A∘ in units of N/m is 355.8 N m−1.

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Answer 4

Textbook Question

Chapter 11, Problem 11.1E

Convert 3.558 mdyn / A ∘ into units of N / m .

Expert Solution & Answer

Interpretation Introduction

Interpretation:

The value 3.558 mdyn/A∘ is to be converted into units of N/m.

Concept introduction:

The Hook’s law states that the strain produced in a solid is directly proportional to the applied force. The classical harmonic oscillator shows repetitive motion. It follows Hook’s law. The Hook’s law is given by,

F=−Kx

Where,

• F is the force.

• K is the spring constant.

• x is the deformation.

Answer to Problem 11.1E

The value of 3.558 mdyn/A∘ in units of N/m is 355.8 N m−1.

Explanation of Solution

The conversion factor of dyn into Newton is given by,

1 dyn=10−5N

The conversion factor of m to nm is given by,

1 A∘=10−10m

The conversion of 3.558 mdyn/A∘ into N/m is as follows:

3.558 m dynA∘= 3.558 m dyn (1 dyn103 m dyn)(10−5N1 dyn)A∘×(10−10m1 A∘)=355.8 Nm−1

Hence, the value of 3.558 mdyn/A∘ in units of N/m is 355.8 N m−1.

Conclusion

The value of 3.558 mdyn/A∘ in units of N/m is 355.8 N m−1.

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

Answer 5

Textbook Question

Answer 6

Textbook Question

Answer 7

Expert Solution & Answer

Interpretation Introduction

Interpretation:

The value 3.558 mdyn/A∘ is to be converted into units of N/m.

Concept introduction:

The Hook’s law states that the strain produced in a solid is directly proportional to the applied force. The classical harmonic oscillator shows repetitive motion. It follows Hook’s law. The Hook’s law is given by,

F=−Kx

Where,

• F is the force.

• K is the spring constant.

• x is the deformation.

Answer to Problem 11.1E

The value of 3.558 mdyn/A∘ in units of N/m is 355.8 N m−1.

Explanation of Solution

The conversion factor of dyn into Newton is given by,

1 dyn=10−5N

The conversion factor of m to nm is given by,

1 A∘=10−10m

The conversion of 3.558 mdyn/A∘ into N/m is as follows:

3.558 m dynA∘= 3.558 m dyn (1 dyn103 m dyn)(10−5N1 dyn)A∘×(10−10m1 A∘)=355.8 Nm−1

Hence, the value of 3.558 mdyn/A∘ in units of N/m is 355.8 N m−1.

Conclusion

The value of 3.558 mdyn/A∘ in units of N/m is 355.8 N m−1.

Answer 8

Expert Solution & Answer

Interpretation Introduction

Interpretation:

The value 3.558 mdyn/A∘ is to be converted into units of N/m.

Concept introduction:

The Hook’s law states that the strain produced in a solid is directly proportional to the applied force. The classical harmonic oscillator shows repetitive motion. It follows Hook’s law. The Hook’s law is given by,

F=−Kx

Where,

• F is the force.

• K is the spring constant.

• x is the deformation.

Answer to Problem 11.1E

The value of 3.558 mdyn/A∘ in units of N/m is 355.8 N m−1.

Explanation of Solution

The conversion factor of dyn into Newton is given by,

1 dyn=10−5N

The conversion factor of m to nm is given by,

1 A∘=10−10m

The conversion of 3.558 mdyn/A∘ into N/m is as follows:

3.558 m dynA∘= 3.558 m dyn (1 dyn103 m dyn)(10−5N1 dyn)A∘×(10−10m1 A∘)=355.8 Nm−1

Hence, the value of 3.558 mdyn/A∘ in units of N/m is 355.8 N m−1.

Conclusion

The value of 3.558 mdyn/A∘ in units of N/m is 355.8 N m−1.

Answer 9

Expert Solution & Answer

Answer 10

Expert Solution & Answer

Answer 11

Interpretation Introduction

Interpretation:

The value 3.558 mdyn/A∘ is to be converted into units of N/m.

Concept introduction:

The Hook’s law states that the strain produced in a solid is directly proportional to the applied force. The classical harmonic oscillator shows repetitive motion. It follows Hook’s law. The Hook’s law is given by,

F=−Kx

Where,

• F is the force.

• K is the spring constant.

• x is the deformation.

Answer 12

Answer to Problem 11.1E

The value of 3.558 mdyn/A∘ in units of N/m is 355.8 N m−1.

Answer 13

Explanation of Solution

The conversion factor of dyn into Newton is given by,

1 dyn=10−5N

The conversion factor of m to nm is given by,

1 A∘=10−10m

The conversion of 3.558 mdyn/A∘ into N/m is as follows:

3.558 m dynA∘= 3.558 m dyn (1 dyn103 m dyn)(10−5N1 dyn)A∘×(10−10m1 A∘)=355.8 Nm−1

Hence, the value of 3.558 mdyn/A∘ in units of N/m is 355.8 N m−1.

Answer 14

Conclusion

The value of 3.558 mdyn/A∘ in units of N/m is 355.8 N m−1.

Answer 15

Ch. 11 - Convert 3.558mdyn/A into units of N/m.Ch. 11 - Prob. 11.2E Ch. 11 - Prob. 11.3E Ch. 11 - Prob. 11.4E Ch. 11 - Prob. 11.5E Ch. 11 - Prob. 11.6E Ch. 11 - Prob. 11.7E Ch. 11 - Prob. 11.8E Ch. 11 - Prob. 11.9E Ch. 11 - Prob. 11.10E

Convert 3.558 mdyn / A ∘ into units of N / m .

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Answer to Problem 11.1E

Explanation of Solution

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Chapter 11 Solutions