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Hydrous Caperilla's user avatar
Hydrous Caperilla's user avatar
Hydrous Caperilla's user avatar
Hydrous Caperilla
  • Member for 7 years, 9 months
  • Last seen more than a month ago
  • India
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Third law of motion is so confusing
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Third law of motion is so confusing
Will Tension become less in that case but also will it still be same throughout because i think newton's third law should for it also?
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Third law of motion is so confusing
Now thinking this I got the idea about what is happening in equilibrium condition but I am now confused for the non-equilibrium part.How will tension vary for that case when both masses are accelerating
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Third law of motion is so confusing
So each segment will remain at equilibrium as this goes on.......what will tension force be here...F1,F2...etc?
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Third law of motion is so confusing
I understood the role of newton's third law in the first case but can you explain the second case some more as i have edited some parts in it.Sry for disturbing you
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Third law of motion is so confusing
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Third law of motion is so confusing
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Third law of motion is so confusing
This was a confusing question. I tried to make it a question that could be answered.
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How does the force of tension really work?
@knzhou in the first case of your answer you have shown that $T_1$=$T_2$ for very very tiny mass......is that the condition for massless rope?
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friction in pulley
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friction in pulley
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