The comment left by "flux" is correct,but i think this example will
help you understand what is happening. If your battery was almost
fully charged, and only ONE amp flowed, then the higher voltage transformer
would deliver a little more amps than the lower voltage one. . However, since your example has a pretty well discharged battery, then the smaller transformer is delivering ALL THE AMPS it is capable of ( because like "flux" says, it is the
smaller) However the larger transformer is capable of more AMPS.
Just like in ohms law .... the load determines how many amps will
flow. In the real world, the quantity of amps delivered to the load
is determined by VOLTAGE of the source... and RESISTANCE of the load,
and also the CAPABILITY of the source. consider the ohms-law problem of
12 volts going to a 2 ohm load. 6 amps will flow, because 12volts divided
by 2 ohms is 6 amps. but only 2amps will flow if the REAL WORLD power
supply is only capable of delivering 2 amps! hope that helps.... framistan
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