22 volts
Most batteries used in watches are one and one half volts 1.5v]
A "C" battery has a 1.5 Volts same with AAA, AA, and D batteries.
One is 9 volts and the other is 12 volts. They do not interchange!
Every battery has a rated life in kilowatt hours or ampere hours. There is no way of knowing what battery you are referring to. To supply one 1000 watts (1 kilowatt) of energy at 12 volts, the battery must supply 83.33 Amps at 12 Volts. If battery supplied 83.33 Amps for one hour then 1 KWh would be the result.
Yes, you will need 3 batteries connected in series. A jumper between battery one and two from the negative post to the positive post. Then a second jumper between battery two and three from the negative post to the positive post. The 36 volts will be available from the two remaining outside terminal posts on batteries one and three.
You will need to purchase a power inverter. Click the link for one I found.
I doubt you'd find one ! NiMH batteries charge to 7.2 volts NOT 9 volts ! Trying to charge one to 10 volts is overcharging by almost 50% ! This will certainly shorten the life of the battery and COULD result in overheating and/or explosion !
You can only do that with a transformer. Or you can wire three 9 volt batteries in series to get 27 volts.
To wire 10 12-volt batteries to achieve 120 volts, you need to connect them in a series configuration. Specifically, connect 10 batteries in series to produce a total of 120 volts (12 volts x 10 = 120 volts). Ensure that the positive terminal of one battery connects to the negative terminal of the next battery in the series. Finally, the output can be taken from the first battery's positive terminal and the last battery's negative terminal.
two 12 volt batteries. positive to negative between the two batteries then hoock up your positive on amp to pos of one battery negative to the other battery and you will have 24 volts.
No, you would be applying 24 volts to the 12 volt battery.
varies, go out and check on top of battery, should have sticker that says cold cranking amps. all batteries should run 12.6 volts, do the math from that.watts = volts * amps , take the CCA (cold Cranking amps) number on the Battery and multiply it by 12.6No one answer, as there is no one car battery. Most are 12 volt batteries, but that can really be anywhere from about 13.2 to 11 volts. A standard large battery will have ABOUT 50 amps of current. Multiplying volts times amps equals watts. 12 x50= 600 watts. HOWEVER- you cannot draw that much power for more than a few seconds. Heat buildup would damage battery.