electrical equivalent

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akash reddy

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What would the electrical equivalent circuit of a freely falling body look like and how would we relate the R, L and C in the circuit to the mechanical parameters of the body..??
 

A freely falling body drops slowly at first, then gains more speed over time. Its curve is exponential.

The C and L curves drop quickly at first, then become shallower over time. They are linear devices (as far as the ideal sense).

Consider a diode. As voltage increases linearly, current goes up exponentially. It might better describe a falling body.

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Or a battery as it discharges into a load. Volt level falls slowly at first, then quickly as it gets completely discharged.
 

try to think a DC battery connected to an inductor and measure the current.
In an ideal word the current will go to infinite, in a real word the current will be limited by the internal resistance of the battery and of the inductor.
think at he current as the speed of the falling person.

Mandi
 

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