If you connect positive to positive and negative to negative you will have a 9V battery with twice the current capacity in milliampere hrs than a single batteries. The load then goes between positive and negative paralleled terminals.
If you connect one negative of one battery to one positive of the other battery and put the load between the remaining negative and positive terminals you have created an 18 V battery with the same milliampere hr rating as a single battery.
If you connect one negative to positive of other battery and the negative of that battery to the positive of the first battery then both batteries with quickly drain and get hot in the process. Contrary to folklore or urban lefends, they do not explode.
join two 6 vault battaries two make 12 vaults
Depends on the volts and amps it's pushing. For instance. Connect three 12 volt car batteries in series and you will feel it. Three double A's however, no.
That would depend on the capacity of the battery, usually measured in Amp-Hours (Ah). 4 12 volt batteries with a capacity of 10 Ah would last the same amount of time that 8 6 volt batteries of 10 Ah would last. There are however other factors that could contribute to the length of time they last, mostly to do with the construction of the cell and how much current it is designed to pass. 6 volt batteries are typically smaller in stature and as a result may not be able to produce large amounts of current as a 12 volt battery of the same current rating without getting hot...and heat = lost energy, unless it involves a toaster.
If it is a 240 volt conditioner it will stop. If it is a 120 volt conditioner it will stop if it is on the leg that has been lost.
You can increase the speed of an Yamaha 48 volt golf cart by installing a larger motor or more powerful batteries. This will produce more power to the wheels and more speed.
Yes, if the two 6 volt batteries were connected together in series.
They make a 7.5 volt battery when put together
Two 6 volt batteries connected together in parallel will still maintain 6 volts but their amperage capacity will be doubled.
No. 4-AA batteries hooked together is a much smaller package than the 6 volt lantern battery.
Connect two 6 volt batteries in series. Connect the other two 6 volt batteries in series. Now connect those 2 pairs you have together in parallel. You will end up with 12 volts.
To maintain the 12 volts using four batteries they have to be wired in parallel connections. This means that all of the positive posts are connected together and all of the negative posts are connected together. The total sum of all of the batteries will equal 12 volts.
Click the link for a diagram.
You cannot use a 12 volt charger to charge 2.6 volt batteries. The 2.6 volt batteries will become hot, very quickly, and explode.
You need to keep the batteries in parallel. The positive poles of the battery are to be connected together. Also the negative poles need to be connected together. This will maintain the voltage at 12 volts and also give you double the endurance when discharging the batteries when connected to a load.
yes
connect the 2 six-volt batteries together one terminal each positive to negitive, this will make a 12-volt combination, then you can connect the jumper cables, one side to the 12-volt battery and one side to the two 6-volt terminals, + & -
No!