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A bar magnet is immersed in a heap of iron filings and pulled out. The amount of iron filing clinging to the
- a)North pole is almost equal to the south pole.
- b)North pole is much more than the south pole.
- c)North pole is much less than the south pole.
- d)Magnet will be same all along its length.
Correct answer is option 'A'. Can you explain this answer?
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A bar magnet is immersed in a heap of iron filings and pulled out. The...
Understanding the Behavior of a Magnet with Iron Filings
When a bar magnet is immersed in iron filings and pulled out, the distribution of the filings can reveal important properties of magnetism.
Magnetic Poles
- A bar magnet has two distinct poles: the North pole and the South pole.
- Each pole has a magnetic field that attracts iron filings.
Attraction of Iron Filings
- North Pole Attraction: The North pole attracts iron filings due to its magnetic field, causing a significant amount of filings to cling to it.
- South Pole Attraction: Similarly, the South pole attracts iron filings, but the amount can vary based on the strength of the magnet and its orientation.
Equal Clinging of Iron Filings
- Observations show that the amount of filings clinging to the North pole is almost equal to that clinging to the South pole.
- This is because both poles have similar strengths, allowing them to attract comparable amounts of filings.
Why Option A is Correct
- The equal clinging of iron filings to both poles indicates that the magnet's effect is balanced.
- While there might be slight variations, the general principle is that both poles attract iron filings effectively.
Conclusion
- When analyzing the clinging iron filings, it becomes clear that the North and South poles of a magnet have a nearly equal capacity to attract iron filings, leading to the correct answer being option A.
When a bar magnet is immersed in iron filings and pulled out, the distribution of the filings can reveal important properties of magnetism.
Magnetic Poles
- A bar magnet has two distinct poles: the North pole and the South pole.
- Each pole has a magnetic field that attracts iron filings.
Attraction of Iron Filings
- North Pole Attraction: The North pole attracts iron filings due to its magnetic field, causing a significant amount of filings to cling to it.
- South Pole Attraction: Similarly, the South pole attracts iron filings, but the amount can vary based on the strength of the magnet and its orientation.
Equal Clinging of Iron Filings
- Observations show that the amount of filings clinging to the North pole is almost equal to that clinging to the South pole.
- This is because both poles have similar strengths, allowing them to attract comparable amounts of filings.
Why Option A is Correct
- The equal clinging of iron filings to both poles indicates that the magnet's effect is balanced.
- While there might be slight variations, the general principle is that both poles attract iron filings effectively.
Conclusion
- When analyzing the clinging iron filings, it becomes clear that the North and South poles of a magnet have a nearly equal capacity to attract iron filings, leading to the correct answer being option A.
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A bar magnet is immersed in a heap of iron filings and pulled out. The amount of iron filing clinging to thea)North pole is almost equal to the south pole.b)North pole is much more than the south pole.c)North pole is much less than the south pole.d)Magnet will be same all along its length.Correct answer is option 'A'. Can you explain this answer?
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A bar magnet is immersed in a heap of iron filings and pulled out. The amount of iron filing clinging to thea)North pole is almost equal to the south pole.b)North pole is much more than the south pole.c)North pole is much less than the south pole.d)Magnet will be same all along its length.Correct answer is option 'A'. Can you explain this answer? for Class 6 2024 is part of Class 6 preparation. The Question and answers have been prepared according to the Class 6 exam syllabus. Information about A bar magnet is immersed in a heap of iron filings and pulled out. The amount of iron filing clinging to thea)North pole is almost equal to the south pole.b)North pole is much more than the south pole.c)North pole is much less than the south pole.d)Magnet will be same all along its length.Correct answer is option 'A'. Can you explain this answer? covers all topics & solutions for Class 6 2024 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for A bar magnet is immersed in a heap of iron filings and pulled out. The amount of iron filing clinging to thea)North pole is almost equal to the south pole.b)North pole is much more than the south pole.c)North pole is much less than the south pole.d)Magnet will be same all along its length.Correct answer is option 'A'. Can you explain this answer?.
A bar magnet is immersed in a heap of iron filings and pulled out. The amount of iron filing clinging to thea)North pole is almost equal to the south pole.b)North pole is much more than the south pole.c)North pole is much less than the south pole.d)Magnet will be same all along its length.Correct answer is option 'A'. Can you explain this answer? for Class 6 2024 is part of Class 6 preparation. The Question and answers have been prepared according to the Class 6 exam syllabus. Information about A bar magnet is immersed in a heap of iron filings and pulled out. The amount of iron filing clinging to thea)North pole is almost equal to the south pole.b)North pole is much more than the south pole.c)North pole is much less than the south pole.d)Magnet will be same all along its length.Correct answer is option 'A'. Can you explain this answer? covers all topics & solutions for Class 6 2024 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for A bar magnet is immersed in a heap of iron filings and pulled out. The amount of iron filing clinging to thea)North pole is almost equal to the south pole.b)North pole is much more than the south pole.c)North pole is much less than the south pole.d)Magnet will be same all along its length.Correct answer is option 'A'. Can you explain this answer?.
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