The voltage of a battery depends on what chemicals are used inside the cells.
Batteries depend on a type of chemical reaction called a redox-reaction, in which electrons are transferred from one participant to the other.
The voltage can be seen as a measure of how eager the chemicals are to react with each other. With this in mind, it is obvious that the voltage of a battery stays the same, as long as the chemicals are abundant and the electrodes in the cells are clean. I suspect that 9 volt batteries are not exactly nine volts, this number has been rounded off, but the voltage different batteries of the same kind give out should be exactly the same.
(It is also fun to notice that a battery which is ten times as large, but uses the same chemicals, is the same voltage as the small one)
Paralleling four sets of 6 volt batteries will still give you 6 volts. Two 6 volt batteries in series will give you 12 volts. Parallel these series sets will give you longer endurance at 12 volts. There is no way you will ever get 48 volts out of four 6 volt batteries.
Two 24 volt batteries in parallel will give you 24 volts. The only other way is two 12 volt batteries in series.
NO!
You must hook them up in series. You will need four 12 volt batteries to do this.
You can not. Looks like you have the two and eight backwards in the question as you can reconfigure eight 2 volt batteries to produce 12 volts. Think out of the box. Parallel two sets of two batteries in series for a total of four volts. Then add four batteries in series for an additional eight volts. You now have a total of twelve volts.
That is Impossible. You can however make two 6 volt batteries into a 12 volt system by wiring the two 6 volts batteries in Series. You will then have an output voltage of 12 volts but the amperes will only be what one of the batteries have, In other words the volts will double but the amps will stay the same as if you only had 1 battery connected.
Depends on the battery size. If your boat is a 12 volt system and you wire two 12 volt batteries in series you then have 24 volts. If the batteries are 6 volt batteries you will be fine. If you have a 12 volt system on your boat and want to use two batteries then wire two 12 volt batteries in parallel. You will still have 12 volts but will have double the amperage available and this will extend the running time of the batteries.
Modern automobile batteries are 12 volts.
Don't know what your intentions are but the 6 - 6 volt batteries would probably deliver more amps. ======================================= -- If the batteries are connected in series, six 6's are exactly equivalent to three 12's. -- If they're operated in parallel, then the terminal voltage of six 6-volt batteries is still just 6 volts. There's no way to connect 12-volt batteries and make them look like 6-volt units in parallel. It's really important to find out exactly how the original 6-volt batteries are connected in the device. 1). They may be all in parallel, giving an output of 6 volts. 2). They may be all in series, giving an output of 36 volts. 3). They may be connected in three parallel branches of two series units each, for an output of 12 volts. 4). They may be connected in two parallel branches of three series units each, for an output of 18 volts. If you know what you're doing, you can replace them with 12-volt units in cases 2). and 3)., but not in cases 1). or 4).
A 3 volt battery is a type of battery that produces a voltage of 3 volts. It is commonly used in various electronic devices such as remote controls, toys, and small gadgets. The most common types of 3 volt batteries are coin cell batteries and AAA or AA batteries.
When 20 12-volt batteries are hooked up in series, the result is 240 volts, measured from the farthest ends. When 20 12-volt batteries are hooked up in parallel, the result is 12 volts (while current increases).
Yes, you can wire three 6-volt batteries in series to achieve a total voltage of 18 volts, not 12 volts. To get 12 volts, you would need to use two 6-volt batteries in series. By connecting the positive terminal of one battery to the negative terminal of the other, you can obtain the desired 12 volts across the remaining terminals.