You also need to know the Voltage and wattage.
Amps= Watts / Volts.
Try this iPhone App "Watts2Amps"
1,000 miliamps equals to 1 Amp.
1 Amps = 1000 miliamps 0.01 Amps = X x= 0.01 X 1000 = 10 miliamps
10 milliamps is equivalent to 0.01 amps (10 milliamps = 0.01 amps).
50 milliamps is equal to 0.05 amps.
There are 1,000 miliamps in 1 amp. As the NEC limits you to loading a lighting circuit to no more than 80% you can have 16 amps or 16,000 miliamps on that circuit. That would mean you can have 2,000 lamps of 8 miliamps each.
2.857 AMPS
1,000 miliamps equals to 1 Amp.
you just did. you could change to amps -- 0.6 amp = 600 milliamps
1 Amps = 1000 miliamps 0.01 Amps = X x= 0.01 X 1000 = 10 miliamps
10 milliamps is equivalent to 0.01 amps (10 milliamps = 0.01 amps).
50 milliamps is equal to 0.05 amps.
34.539 miliamps is only 0.034539 amps. A 16 gauge wire will handle that.
There are 1,000 miliamps in 1 amp. As the NEC limits you to loading a lighting circuit to no more than 80% you can have 16 amps or 16,000 miliamps on that circuit. That would mean you can have 2,000 lamps of 8 miliamps each.
A miliamp is one one thousandth of an ampere. So, the difference is that a miliamp is much smaller than an ampere.
No, 300 milliamps is insufficient to make the component run, as it requires 5 amps. 300 milliamps is equivalent to 0.3 amps, which is significantly lower than the required amperage for the component to operate.
The ohms will usually stay the same unless the Amps are somehow effecting the temperature. The Amps will always change with the volts.
GFCI receptacles are designed to trip at around 5 milliamps (0.005 amps) of current leakage to ground. When the GFCI detects this level of imbalance, it quickly shuts off the power to prevent electric shock.