who observed the magnetic effect of current for the first time
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Hii....
Gilford observed the first magnetic effect of current....
Hope it helps uuuu...
Gilford observed the first magnetic effect of current....
Hope it helps uuuu...
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☜☆☞ To start from the beginning, static charges, as we know, affect each other by the electrostatic force. this is also known as the Coulomb force. It is an inverse square force acting along the only single possible direction- that is the line joining the two charges. But when the charges move (creating currents), the story changes. The static force (known to travel at the speed of light c) experiences a delay (retardation) in the action of one charge on the other. The result is that the static force direction becomes skewed from the joining line a little- resulting in two components .. one along the line joining the two particles as before, and a new one normal to the direction of motion. For zero speed this component is clearly zero, and all the force is static. When the velocity reaches that of light, all the fore becomes normal to the velocity, while the static force along the line joining the two becomes zero. For the other velocities between 0 and c, a corresponding deflection of the force exists, and it is between two limiting cases of 0 and 90 deg.
HOPE MY ANSWER HELPS YOU.........
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HERE IS YOUR ANSWER.........
▶▶▶▶▶▶▶▶▶▶▶▶▶▶▶
☜☆☞ To start from the beginning, static charges, as we know, affect each other by the electrostatic force. this is also known as the Coulomb force. It is an inverse square force acting along the only single possible direction- that is the line joining the two charges. But when the charges move (creating currents), the story changes. The static force (known to travel at the speed of light c) experiences a delay (retardation) in the action of one charge on the other. The result is that the static force direction becomes skewed from the joining line a little- resulting in two components .. one along the line joining the two particles as before, and a new one normal to the direction of motion. For zero speed this component is clearly zero, and all the force is static. When the velocity reaches that of light, all the fore becomes normal to the velocity, while the static force along the line joining the two becomes zero. For the other velocities between 0 and c, a corresponding deflection of the force exists, and it is between two limiting cases of 0 and 90 deg.
HOPE MY ANSWER HELPS YOU.........
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