That will depend on a few things. The current output of the battery will depend on the operating voltage of the battery and the load resistance. If you know the load resistance and operating voltage, you can calculate the current using Ohm's Law. The Ohm's Law equation is I=V/R where "I" represents current in Amps, "V" represents voltage in volts and "R" represents resistance in ohms.
For a standard C battery, the operating voltage will start out at approximately 1.5 Volts but that voltage will decrease as charge is drained from the battery. The load resistance should remain constant so the current output of the battery will steadily decrease over time. You could use a multimeter to measure the voltage and load resistance across the terminals of the battery.
See the related link for a Duracell C battery datasheet for more details on how a battery would operate under standard usage conditions.
The standard amperage for a typical outlet is 15 or 20 amps.
The standard amperage requirement for a stove is typically 40 amps.
Parallel
The standard voltage of a wall outlet is 120 volts, and the standard amperage is 15 amps.
The standard voltage for a typical electrical outlet is 120 volts, and the standard amperage is 15 amps.
The maximum amperage capacity of a standard outlet is typically 15 or 20 amps.
No. They will result in greater voltage.
The standard outlet amperage for residential electrical outlets is typically 15 or 20 amps.
The maximum amperage rating for a standard 15 amp duplex receptacle is 15 amps.
Connect three 12 volt batteries in series and you will have 36 volts but will only have the amperage of one of the batteries.
technically speaking all you do is increase the voltage if the batteries are ran in a series circut and you increase amperage if they are ran in a paralell circut
Connect three 12 volt batteries in series. You will triple the amperage but the volts will remain at 12. Click the link