A bead slides along a frictionless wire lying on a horizontal plane. It makes an angle...

 

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A bead slides along a frictionless wire lying on a horizontal plane. It makes an angle of 45° with x-axis as shown in fig. In addition to any normal forces exerted by the wire, the bead is subject to an external force that depends on position according to formula 2 F = Fo( i+ Fo(2) 3 If the bead has speed vo at the origin 0, find its speed (in m/s) as it leaves the end Pof wire Given data: Fn = 1N. an = 15m, Un = 15m. A bead slides along a frictionless wire lying on a horizontal plane. It makes an angle of 45° with x-axis as shown in fig. In addition to any normal forces exerted by the wire, the bead is subject to an external force that depends on position according to formula 2 F = Fo( i+ Fo(2) 3 If the bead has speed vo at the origin 0, find its speed (in m/s) as it leaves the end Pof wire Given data: Fn = 1N. an = 15m, Un = 15m.