The force due to electricity between two current carrying wires is mathematically the same as the force due to gravity of the charge carrying electrons.

The implications of this is that gravity is magnetism hence bipolar.

Justification :

A French physicist ( Andre Marie Ampere) noticed the fact that, current carrying wires exhibit a force due to the direction and amount of charge the wires were carrying per unit time.

He realized that when the current in the wires were going the same direction, the wires attracted each other and also repelled each other when going in the opposite direction .

He developed a formula governing the force due to electricity between two current carrying wires and it says

• F = ulI¹I² /2πd .

• Where F is magnetism force between wires , u is the magnetic constant, l is length of wires , I¹ and I² are the currents in respective wires and d is the distance between wires .

• For a current of 1 Ampere going through each wire 1 meter long , separated 1 meter apart the force is

2 * 10^-7 N .

This same magnitude can be gotten using the gravitational constant instead of magnetic and the charge is converted to mass .

The formula goes thus

F = GEMl/4πd

F is the gravitational force, G is the gravitational constant, E is the number of electrons ( Coulomb²= (6.242*10^18)²), M is the mass of electron factor and is equal to the inverse of the atomic mass unit (6.022*10^26 ) multiplied by the electron (rest mass)²

l is the length of wires : 1 meter and d is also 1 meter(distance between wires).

The gravitational force is 2.06*10^-7 N .

The fact that these two force's are equal left me with one conclusion ,

Gravity is equal to magnetism : any question ?