Two long, straight conducting wires with linear mass density A are suspendedfrom cords so that they are each horizontal, parallel to each other, and adistance d apart. The back ends of the wires are connected to one another by aslack, low-resistance connecting wire. A charged capacitor (capacitance C) isnow added to the system; the positive plate of the capacitor (initial charge+Qo) is connected to the front end of one of the wires, and the negative plateof the capacitor (initial charge-Qo) is connected to the front end of the otherwire (see the figure (Figure 1)). Both of these connections are also made byslack, low-resistance wires. When the connection is made, the wires arepushed aside by the repulsive force between the wires, and each wire has aninitial horizontal velocity of magnitude vo. Assume that the time for thecapacitor to discharge is negligible compared to the time it takes for anyappreciable displacement in the position of the wires to occur.Part ADetermineExpress yoVo =SubmitFigure1 of 1Part BTo what heightExpress your-Submit11 Part ADetermine vo numerically if A = 4.90x10 kg/m, d= 3.20 cm, C= 2.60 µF, and R=5.80x10 , and if the capacitor was initially charged by connecting it to a 2.80 kV source.-3Express your answer in meters per second.ΑΣφm/s%3DVoSubmitRequest AnswerPart BTo what height h will each wire rise as a result of the circuit connection?Express your answer in meters.α ΑΣφh =m

Solution: initial speed v0=μoQ2/(4πλdRC) Q = charge on the capacitor plates =…

Answered: Two long, straight conducting wires…

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