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Figure shows an arrangement of masses hanging from a ceiling.

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Figure shows an arrangement of masses hanging from a ceiling. In equilibrium, each rod is horizontal, has negligible mass and extends three times as far to the right of the wire supporting it as to the left. If mass $m_{4}$ is $48 k g$ then mass $m_{1}$ is equal to

Name: Video solution 1: Figure shows an arrangement of masses hanging from a ceiling. In equilibrium, each rod is horizontal, has negligible mass and extends three times as far to the right of the wire supporting it as to the left. If mass m4 is 48kg then mass m1 is equal to
Uploaded: 2021-01-01T18:41:02.000Z
Duration: 2 min
Description: Video solution 1: Figure shows an arrangement of masses hanging from a ceiling. In equilibrium, each rod is horizontal, has negligible mass and extends three times as far to the right of the wire supporting it as to the left. If mass m4 is 48kg then mass m1 is equal to

1 k g

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4 k g

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Figure shows an arrangement of masses hanging from a ceiling. In equilibrium, each rod is horizontal, has negligible mass and extends three times as far to the right of the wire supporting it as to the left. If mass

m_{4}

48 k g

then mass

m_{1}

is equal to

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Question Text	Figure shows an arrangement of masses hanging from a ceiling. In equilibrium, each rod is horizontal, has negligible mass and extends three times as far to the right of the wire supporting it as to the left. If mass $m_{4}$ is $48 k g$ then mass $m_{1}$ is equal to
Answer Type	Video solution: 1
Upvotes	151

Figure shows an arrangement of masses hanging from a ceiling. In equilibrium, each rod is horizontal, has negligible mass and extends three times as far to the right of the wire supporting it as to the left. If mass m4​ is 48kg then mass m1​ is equal to

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Figure shows an arrangement of masses hanging from a ceiling. In equilibrium, each rod is horizontal, has negligible mass and extends three times as far to the right of the wire supporting it as to the left. If mass $m_{4}$ is $48 k g$ then mass $m_{1}$ is equal to