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The magnetization (M) of some hypothetical substance in magnetic field (H) is given by
M (H) = C In2(H + H0), H > l - H0
where H0 and C are positive and negative constants respectively. In what category should tliis substance be put
M (H) = C In2(H + H0), H > l - H0
where H0 and C are positive and negative constants respectively. In what category should tliis substance be put
- a)Paramegnetic
- b)Diamagnetic
- c)Ferromagnetic
- d)Fenimagnetic
Correct answer is option 'A'. Can you explain this answer?
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Verified Answer
The magnetization (M) of some hypothetical substance in magnetic field...
X is always positive and shows saturation for higher values of H.
Hence, die namre of the substance is paramagnetic.
Most Upvoted Answer
The magnetization (M) of some hypothetical substance in magnetic field...
Is the applied magnetic field, H0 is a constant, and C is a constant.
This equation represents a logarithmic relationship between the magnetization (M) and the applied magnetic field (H). The logarithmic function is represented by In2, which is the natural logarithm with base 2.
The constant H0 represents the characteristic field strength at which the magnetization is zero. It is a reference point that helps define the behavior of the substance in the magnetic field.
The constant C represents the overall scaling factor that determines the magnitude of the magnetization for a given value of the applied field. It takes into account the specific properties of the substance and the units used for measurement.
Overall, this equation describes how the magnetization of the substance changes as the applied magnetic field varies. As the field strength increases, the logarithmic term inside In2 becomes larger, resulting in a higher magnetization. Conversely, as the field strength decreases, the logarithmic term becomes smaller, leading to a lower magnetization. At the reference point H0, the magnetization is zero.
It is important to note that this equation is hypothetical and may not accurately represent the behavior of any real substance. The actual relationship between magnetization and magnetic field strength can vary significantly depending on the specific properties and composition of the material.
This equation represents a logarithmic relationship between the magnetization (M) and the applied magnetic field (H). The logarithmic function is represented by In2, which is the natural logarithm with base 2.
The constant H0 represents the characteristic field strength at which the magnetization is zero. It is a reference point that helps define the behavior of the substance in the magnetic field.
The constant C represents the overall scaling factor that determines the magnitude of the magnetization for a given value of the applied field. It takes into account the specific properties of the substance and the units used for measurement.
Overall, this equation describes how the magnetization of the substance changes as the applied magnetic field varies. As the field strength increases, the logarithmic term inside In2 becomes larger, resulting in a higher magnetization. Conversely, as the field strength decreases, the logarithmic term becomes smaller, leading to a lower magnetization. At the reference point H0, the magnetization is zero.
It is important to note that this equation is hypothetical and may not accurately represent the behavior of any real substance. The actual relationship between magnetization and magnetic field strength can vary significantly depending on the specific properties and composition of the material.
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The magnetization (M) of some hypothetical substance in magnetic field (H) is given byM (H) = C In2(H + H0), H > l - H0where H0 and C are positive and negative constants respectively.In what category should tliis substance be puta)Paramegneticb)Diamagneticc)Ferromagneticd)FenimagneticCorrect answer is option 'A'. Can you explain this answer?
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The magnetization (M) of some hypothetical substance in magnetic field (H) is given byM (H) = C In2(H + H0), H > l - H0where H0 and C are positive and negative constants respectively.In what category should tliis substance be puta)Paramegneticb)Diamagneticc)Ferromagneticd)FenimagneticCorrect answer is option 'A'. Can you explain this answer? for GATE 2024 is part of GATE preparation. The Question and answers have been prepared according to the GATE exam syllabus. Information about The magnetization (M) of some hypothetical substance in magnetic field (H) is given byM (H) = C In2(H + H0), H > l - H0where H0 and C are positive and negative constants respectively.In what category should tliis substance be puta)Paramegneticb)Diamagneticc)Ferromagneticd)FenimagneticCorrect answer is option 'A'. Can you explain this answer? covers all topics & solutions for GATE 2024 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for The magnetization (M) of some hypothetical substance in magnetic field (H) is given byM (H) = C In2(H + H0), H > l - H0where H0 and C are positive and negative constants respectively.In what category should tliis substance be puta)Paramegneticb)Diamagneticc)Ferromagneticd)FenimagneticCorrect answer is option 'A'. Can you explain this answer?.
The magnetization (M) of some hypothetical substance in magnetic field (H) is given byM (H) = C In2(H + H0), H > l - H0where H0 and C are positive and negative constants respectively.In what category should tliis substance be puta)Paramegneticb)Diamagneticc)Ferromagneticd)FenimagneticCorrect answer is option 'A'. Can you explain this answer? for GATE 2024 is part of GATE preparation. The Question and answers have been prepared according to the GATE exam syllabus. Information about The magnetization (M) of some hypothetical substance in magnetic field (H) is given byM (H) = C In2(H + H0), H > l - H0where H0 and C are positive and negative constants respectively.In what category should tliis substance be puta)Paramegneticb)Diamagneticc)Ferromagneticd)FenimagneticCorrect answer is option 'A'. Can you explain this answer? covers all topics & solutions for GATE 2024 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for The magnetization (M) of some hypothetical substance in magnetic field (H) is given byM (H) = C In2(H + H0), H > l - H0where H0 and C are positive and negative constants respectively.In what category should tliis substance be puta)Paramegneticb)Diamagneticc)Ferromagneticd)FenimagneticCorrect answer is option 'A'. Can you explain this answer?.
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