Batteries

The acid in a battery is sulphuric acid. It is highly corrosive and hazardous to touch. Acid spills must be carefully cleaned with products which neutralize the acid. Personal protective wear, at a minimum gloves and face protection, should be worn when cleaning acid spills.

Batteries are made up of zinc, zinc chloride and ammonium chloride. There is also a basic element called an electrochemical cell in the batter also.
Batteries have three sections, an anode (- ), a cathode (+), and the electrolyte. The cathode and anode are connected to an electrical circuit. The chemical reactions in the battery cause a development of electrons at the anode.

the size is 364. it should say SR621SW, it is 1.55v

Starting with the Daniell cell in 1836, batteries were adopted by industry for use in stationary devices, particularly in telegraph networks where they were the only practical source of electricity.

The type of battery recommended for cellphone usage is something like a lithium ion battery. If you get a nickel based battery, it can develop a memory effect, the lithium batteries under normal usage do not develop this effect. Either way, the best way to make sure that your battery lasts the longest time possible is to not put it on the charger until you are down to around 1 bar of battery strength left, even with nickel based batteries this will enhance the life and give you a good battery with your cell phone. Most phones nowadays comes with lithium batteries. Comment: There is no type of brand (i.e. Motorola, LG, etc..) that lasts longer than any other. Only how much of a charge the battery is capable of 900, 1050, etc.. Answer Li-Lithium is OK AdditionalCellphone life is measured in several ways, such as: stand-by time and talk time. Each phone has a different projected battery time before it has to recharge. Vendors usually provide these measurements with their phone. There are also articles that review battery life for each phone.

No, battery acid (sulfuric acid) is not the strongest acid. The Strongest acid is fluoroantimonic acid.

Bear in mind the acid in a battery is in a diluted state-not concentrated. Although it could blind you, if it gets on the skin it will create a burning sensation before it does any permanent damage and you can wash it off or neutralize.

Your battery will be on for a short time (i'm talking about, like, 70% less charge then it used to).

Depending on how you use the battery, and the weather conditions of where you live will effect the life of an auto battery. On average a battery can last from 3-5 years.

Usually, not by much.

There may be small changes in che chemical "recipes" for what's used in the cells, as well as some manufacturing differences in how the casings are made, filled, and sealed.

Sulfuric

Sulfuric

Depends where you purchase them. You can find some cheap ones for a dollar at a 99 cent store.

The battery life all depends on your driving. For example the Traxxas Rustler VXL's battery life will get about 20 minutes (Still depending on how hard it is driven). But don't think that 20mins is nothing, its actually pretty good for an electric r/c truck.

An AA battery is nominally 1.5 volts, so if the four batteries are wired in series (+ of one to - of the next), the voltage is nominally 6 volts.

However, the batteries could also be wired in parallel, with all four positive terminals connected together and all four negative terminals connected together. Then the voltage would be 1.5 volts.

To make it even more complicated, you could also wire two pairs, with each battery wired in series to its twin, but with the two pairs wired in parallel to each other. Then the voltage is 3.0 volts.

Neither, it is a power source providing the energy to make the device work.

More likely used for a toy car.

Helps the battery to hold charge for a long period of time by charging the cells of the battery. So always check if you need to top off the battery acid fluid in your battery if its not servicable battery then you cant really check it you will need a special tool that you hook up to it that will read for you if battery still has good or bad charge.

The lemon battery has no real world advantages other than the materials needed to make one are cheap, readily available, and nontoxic, making it quite suitable for a school science demonstration.

In my personal experience, they have always lasted longer that Energizer and other brands I have tried. They use Duracell batteries in the transplant of artificial organs simply because they are known for their lasting duration.

It jus depends on a few factors like the capacity and how many amps the light draws n this n that. But I have found Energizer to be the best batteries for flashlights!!! With a single AA Energizer battery lasting anywhere from 2-5 hours with the flashlight being continuously on till it turned off. So they may even last a lil bit longer if not in constant use like that!!!

Use a special charger, such as an RV or boat charger, that has multiple outputs (best). Connect the two batteries in series, and use a 24V charger (ok, if the two batts are exactly the same). Connect the two batteries in parallel and use a standard 12V charger ( worst choice, one battery tends to hog the current, and they receive unequal charges). See the links for a dual-output charger I Googled.

It provides a source of power to the circuit, in the form of direct current electricity, at a potential difference of 9 volts.

-- The power being used is (voltage) x (current).

-- In order to get 100 watts out of a 12-volt battery, the battery has to

produce 81/3 Amps of current, because (12) x (81/3) = 100.

-- The battery holds enough juice so that (current) x (length of time) = 7 Amp-hour.

-- If you pull 81/3 Amps from that battery, the math says that it'll be empty

in 0.84 hour (50 minutes), because (81/3 Amps) x (0.84 hour) = 7 Amp-hour.

-- The truth is that if you discharge a battery that fast (all of its capacity in

less than 1 hour), it won't match the math. It'll begin to sag, groan, and gasp

in less time than you'd expect.

-- 0.84 hour is about 50 minutes. you should not expect 100 watts out of

this battery for much more than 35 or 40 minutes.

Yes

The larger the battery, the more voltage the battery has.

There are many different kinds of batteries; some are rechargeable, some are not. Many batteries contain toxic metals (lead, cadmium, and others) so when they are finally thrown away, they should be processed at a toxic waste disposal facility - although of course, they are often just thrown into the regular garbage (since this is easier) and wind up in land-fill sites.