The chemistry of the battery. Everything chemical has a certain electric potential. The battery voltage is the difference between these two potentials. The classical chemicals for batteries was carbon and zinc, which produce 1.5 V. Rechargables, which are based on nickel and cadmium or nickel and hydrogen, produce 1.2 V. The lead acid cells in your car battery, on the other hand, produce 2 V, and some lithium chemistries produce 3 V.
It's a consequence of the specific chemical process that's being used in the common types of rechargeables. Each type of process has it's own output voltage. LiIon has 3.6V per cell, Alkaline 1.5 V etc. If recently seen rechargeables using a new technology, those have 1.6 V per cell, see the related link for some more info.
Single use batteries tend to give 1.5V and rechargeable batteries 1.2V. In most cases you won't notice the difference but in some devices it can cause problems. Single use or primary batteries, such as alkaline and zinc are the most common type of battery but increasingly seen as wasteful and expensive in the long run. The exact composition of the internal chemistry will vary depending on the use the battery is designed for and the battery brand. What doesn't vary is that the chemical reaction inside the batteries cells produces 1.5V. In a rechargeable or secondary batteries, such as NiMH batteries the chemical reaction is reversible. During discharge this chemical reaction happens in two parts: Nickel oxyhydoxide is reduced to nickel hydroxide producing 0.52V. Metal hydride is oxidized to the metal allow producing 0.83V. This gives a theoretical voltage of 1.35V although the nominal voltage of 1.2V is advertised.
The battery that starts the engine and runs all the electronics is a rechargeable battery. The only disposable battery may be the one in the remote for the car.
For cameras there are mainly the AA batteries or the lithium ion battery pack that is rechargeable. The AA batteries are rechargeable as well, but the lithium ion are just more convenient.
If its a NiMH battery then yes. The Energizer charger will charge ANY brand of NiMH rechargeable batteries.
In 1859, the French physicist Gaston Planté ''invented the first ''rechargeable battery.''''
You don't. These are disposable non-rechargeable cells. Neil
Only batteries that are marked "Rechargeable" are rechargeable. Are others are single use.
Nextag is a website that not only does it compare prices to other stores. You can buy too. It also takes you to the items website. You can read the websites reviews. And decide weather or not this is a "Good" company that sells 12v batteries.
Enough to last two or three days in all of your flashlights. If you have a 12V adapter, you can sometimes recharge rechargeable batteries from a car or truck outlet.
You can purchase a battery charger with rechargeable batteries in the battery section of stores like CVS or Walmart. Remember that you can only use rechargeable batteries in a battery charger.
Yes, there are may online stores that your can buy a 12v rechargeable battery at such as www.nextag.com/12v-rechargeable-battery/products-html along with other stores.
a car battery that can be recharged. All automobile batteries are rechargeable.
Rechargeable alkaline batteries work the best in WII remotes. This is because they are rechargeable, which saves you money in the long run. Alkaline batteries are also the only type of batteries that are recommended in the owner's manual.
The same way rechargeable batteries workS. Anode, cathode, electrolyte, difference in charges, flow of electrons. The only difference is when you are done with non rechargable batteries, you throw them away.
The most type of rechargable batteries are Duracell and Energizer. They have some good rechargeable batteries. Energizer just came out with two good new rechargeable batteries.
No, only rechargeable batteries can be recharged.
Batteries only have a certain amount of power, once this is gone the battery is then useless. This is of course untrue with rechargeable batteries.
Batteries only have a certain amount of power, once this is gone the battery is then useless. This is of course untrue with rechargeable batteries.