Depends on the maximum current you can get out of the battery, and the maximum current whatever the battery is hooked up to can draw.If the max current drain of the load is less than the max of the battery, then you'll only get the lower value.
If you'd hook the battery to a small LED light, you wouldn't be getting many watts at all.
If you'd short the battery terminals with a nail or something you'd get a HUGE number of watts very briefly, until something broke.
A. D. Watts died in 1927.
A. D. Watts was born in 1867.
it is fun
A "C" battery has a 1.5 Volts same with AAA, AA, and D batteries.
6 cells, each one 1.5 volts :D
C. D. F. Watts has written: 'The dichotomy'
D G. Watts has written: 'Water power and the Industrial revolution'
You have two resistors, each with resistance of 12Ω, and a 12-volt battery. 1). The resistors are in series across the battery. ..... A. voltage across each resistor ..... B. current through each resistor ..... C. power dissipated by each resistor ..... D. total power delivered by the battery 2). The resistors are in parallel across the battery. ..... A. voltage across each resistor ..... B. current through each resistor ..... C. power dissipated by each resistor ..... D. total power delivered by the battery ============================================ 1). ... A. 6 volts ... B. 0.5 Amp ... C. 3 watts ... D. 6 watts 2). ... A. 12 volts ... B. 1 Amp ... C. 12 watts ... D. 24 watts
D
John D W. Watts has written: 'Obadiah' -- subject(s): Bible, Commentaries
A D battery
Yes. The LR-20 is a D-sized 1.5-volt alkaline battery. The battery number for Duracell is MN1300.