As it is seen in the figure, around a very long wire with a charge density of -(lamda), which is oriented in the z-axis, with a mass of m +q charge moves in a circular orbit of radius r. Find an expression for the magnitude of the velocity of this particle. Ignore the gravity effect. (Take the particle's charge + q = e and its mass ni m).
As it is seen in the figure, around a very long wire with a charge density of -(lamda), which is oriented in the z-axis, with a mass of m +q charge moves in a circular orbit of radius r. Find an expression for the magnitude of the velocity of this particle. Ignore the gravity effect. (Take the particle's charge + q = e and its mass ni m).
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As it is seen in the figure, around a very long wire with a charge density of -(lamda), which is oriented in the z-axis, with a mass of m +q charge moves in a circular orbit of radius r. Find an expression for the magnitude of the velocity of this particle. Ignore the gravity effect. (Take the particle's charge + q = e and its mass ni m).
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Transcribed Image Text:+9
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-2
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