Force between two parallel wires carrying current? (Replies: 2)

Explaining the wire force as between two electrons is used in elementary courses because it seems easy, but it is wrong.

The Need For Relativity | 9 Force Between Two Wires

9 Force Between Two Wires. The Need For Relativity Version A: Full Math. W. Blaine Dowler April 21, 2012. Contents. 1 The Success of 19th Century Physics. 2. 2 Mercury’s Orbit. 2.

Force between two parallel wires

This force between two current carrying wires gives rise to the fundamental definition of the Ampère: If two long parallel wires 1 m apart each carry a current of 1 A, then the force per unit length on each wire is 2 x 10- 7 N/m.

Einstein's Relativity

This increase is seen as a net attractive force between the two wires, usually attributed to the magnetic effect of the currents. We can say that Special Relativity unites the concepts of magnetic and electrostatic force into a single electromagnetic force.

3.2 The Force Between Two Wires

...elds and Gauss’s law, basic magnetic phenomena such as forces between parallel currents, and the rudiments of relativity (including reference frames, length

U. of Washington, Seattle, WA 98195-2600, USA

the force between two current-carrying wires. In this article, the form of the perpendicular nonlinearity N⊥ (in equation 1.1) is. identied using: (i) the relativistic mass increase in CRT experiments; and (ii) con

Nonlinear Models for Relativity Effects in Electromagnetism

Key words: Relative Velocity; Weber; Relativity; Electromagnetism. 1. Introduction. Relative-velocity-dependent models in electromag-netism were proposed initially by

general relativity - What is the exact gravitational force between two...

[Addendum] To directly answer the original question for the limit $m_2 \to 0$: Of course if $m_2=0$, then the force between the two masses is $0$. But the thing about classical gravity is that the acceleration due to gravity is independent of mass.

On Electrodynamics of Uniform

Figure 6. Geometry of force between two parallel wires.

Magnetism Explained

There is no force between the wires. 2. Current flows in one wire but not the other.

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