It means that the charger is built to be used together with a battery that has a 500 mAh (500 milli ampere hours) capacity.
probably, yes. imagine putting twice a much AA's in your radio or whatever.
You simply divide the MAH of your battery the MAH of your charger. For example my battery is 1500 MAH and my charger is 250 MAH. 1500/250=6 which means I have to charge my battery for six hours.
yes
The charger with the 900ma output will charge the battery faster than the charger with a 500ma output. The phone with the 900mah battery will last longer between charges than that of the 500mah battery.
If I remember right it is 1000 mah. 500 mah is .5 amps, 2000 mah is 2 amps and so on.
3 hours. 3600/1200=3
regular plain charger, charger SE, charger 500, and charger R/T.
You can - but it will take a little longer to charge the higher capacity battery.
Yes and no. The higher capacity battery will last longer, but you need to consider the charger. It depends on the design of the circuit.
1500 volt? I think not... and read the Mah output on the charger. Mah stands for milliamps per hour so if your battery is 1200 mah and your charger charges at 300 mah then you charge it for 4 hours. It's simple math. Honestly, spend the extra 25$ to buy a smart charger. It will be easier because they don't overheat, don't over charge your battery, tell you when they're done charging, and charge your batteries in about an hour or two
It depends on how many mah your charger can produce
coronet, coronet 500, coronet R/T, coronet super bee, coronet 440 model, charger, charger 500, charger R/T, charger SE.