The structure shown in the figure is made from conducting rods. The upper horizontal rod (mass = 10.3 g, length = 99.9 c

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answerhappygod
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The structure shown in the figure is made from conducting rods. The upper horizontal rod (mass = 10.3 g, length = 99.9 c

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The Structure Shown In The Figure Is Made From Conducting Rods The Upper Horizontal Rod Mass 10 3 G Length 99 9 C 1
The Structure Shown In The Figure Is Made From Conducting Rods The Upper Horizontal Rod Mass 10 3 G Length 99 9 C 1 (44.9 KiB) Viewed 31 times
The structure shown in the figure is made from conducting rods. The upper horizontal rod (mass = 10.3 g, length = 99.9 cm) is free to slide vertically on the uprights while maintaining electrical contact. A battery connecting across the insulating gap at the bottom of the left- hand upright drives 60.2 A of current through the structure. At what height h (in mm) will the upper rod be in equilibrium? Gap GE L
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