4.5v
C. 3.0 vdc
Lithium cells produce 3 volts.
The nominal voltage of a Duracell DL123 battery is 3 (lithium) nominal volts or 3.6 (Li-ion) nominal volts.
12-13 volts DC
"The specifications of a Dell e1505 battery is that it is an Internal Notebook Battery. The technology is 9-cell Lithium ion, the Voltage Provided is 11.1V and the Capacity is 85Wh."
The voltage of a battery is determined by the chemistry inside it ... zinc/carbon, nickel-metal-hydride, lead-acid, lithium ion, etc. But nobody's expected to be able to look at it, or smell it, and know the voltage. If the voltage isn't printed on it, then you have to pull out the old voltmeter and measure it.
Roughly 2.2 volts
depends on the battery type and chemicals used in it. for example lithium battery is 3v,lead acid is 2,zinc carbon is 1.5v,and....(remember these are per cell). and by the way batteries always give you DC (direct current) voltage.
Higher acid / lower pH in limes
9V batteries are a type of alkaline battery. The alternative is a lithium battery. Alkaline batteries use zinc as an anode whereas lithium batteries use lithium. Lithium batteries produce higher voltage and have a longer lifespan, thus they are more expensive.
it doesnt a lime produce's more voltage than a lemon
No, the voltage is determined by the technology of the cell: Ni-Cad 1.2 v Alkaline 1.5 v Zinc chloride 1.6v Lithium 3 v