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ix. how could 3 magnets be arranged end - to - end so that there will b…

Question

ix. how could 3 magnets be arranged end - to - end so that there will be no attraction between them? a. n s s n n s b. s n n s n s c. n s n s s n d. s n s n s n

Explanation:

Brief Explanations

Magnetic poles follow the rule: like poles repel, opposite poles attract. To have no attraction between end-to-end arranged magnets, adjacent poles must be like poles (so they repel, not attract). We check each option:

  • Option A: Adjacent poles are S-S, N-N (like poles, no attraction)
  • Option B: Adjacent poles are N-N, S-N (opposite poles attract)
  • Option C: Adjacent poles are S-N, S-S (opposite poles attract)
  • Option D: Adjacent poles are N-S, N-S (opposite poles attract)

Only Option A has all adjacent like poles, so no attraction occurs.

Answer:

A. [N S] [S N] [N S]