Batteries

No, LR6 and AM3 batteries are different label codes used for the same type of battery, which is commonly known as AA batteries. They both refer to the same size and type of battery with a standard voltage of 1.5 volts.

Duty cycle is the percentage of time a system is active or in the "on" state compared to the total time of operation. It is commonly used in electronics to describe the ratio of the time a signal is high (on) to the total period of the signal. A 50% duty cycle means the signal is on half the time and off half the time.

I purchased 4 rechargeable batteries plus battery charger July 2006. I take many photos for my eBay business and have found that in the last few weeks when I recharge the batteries, they only last for a few photos. I thought rechargeable batteries lastest more than 2 years. Can someone let me know the life of rechargeable batteries. Thank you.

Batteries use acid to derive electricity, and this acid is known as battery fluid or 'juice'. Which acid any certain battery contains depends on who made it, why, and what technology was available. The related Wikipedia link offers an extensive list of battery types.

Before using a rechargeable battery for the first time, it's recommended to fully charge it to establish a full cycle and optimize its performance. Make sure to follow the manufacturer's instructions for charging times and methods to ensure the battery's longevity and efficiency.

Aluminum foil does not give power to batteries to light a light bulb. The common batteries that we use in flashlights and portable electrical/electronic devices, like the "D" cells, "C" cells, "AA" and "AAA" cells, are made with a zinc can. This zinc outer container for the battery has two jobs. It acts as a housing to contain the electrolyte, and reacts with the electrolyte to create voltage. There isn't any aluminum involved. The actual chemical reactions involved in the generation of voltage in the zinc-carbon or zinc-manganese (the "alkaline") cell can by found by surfing the link to our friends at Wikipedia. They're down with all this. And you can be to.

They usually contain lead, lead sulfate, and sulfuric acid.

Yes, it is possible to charge someone with aggravated battery without committing simple battery. Aggravated battery involves causing serious bodily harm or using a deadly weapon, while simple battery usually refers to intentionally causing physical harm or unwanted physical contact. Aggravated battery typically involves more severe circumstances that elevate the charge from simple battery.

No, alternating current (AC) can also be used to charge batteries using a charger that converts AC to DC. The charger will convert the AC power from the outlet to DC power that is suitable for charging the battery.

Some people believe in the concept of "electromagnetic hypersensitivity" where individuals experience symptoms around electromagnetic fields. However, scientific studies have not definitively proven its existence. To help mitigate the situation, you can try grounding techniques or seeking guidance from a healthcare professional for potential solutions.

Using an 18 volt charger for a 14 volt battery can potentially overcharge the battery, causing damage and reducing its lifespan. It is best to use a charger that matches the voltage requirements of the battery to ensure safe and efficient charging.

A Solar Battery is basically a tank to catch the power from a solar installation. The power is caught by the battery, and stored until it is needed. There is not really a "SOLAR BATTERY" per se, many are great at the application.

The main thing to consider is the fact that the battery has to catch power and give it back over hours or days, not seconds or minutes. Car batteries are designed to give all their power in 20 seconds and are therefore not an acceptable item for the application.

Deep cycle batteries are used in solar applications because of their ability to hold a charge and discharge it over time to an appliance like an inverter.

Premium Deep cycle batteries are a bit more expensive than normal ones, but you get cycle life (number of times you can charge and discharge the battery) and density (amount of power in a small box) that the cheaper batteries can not match. In addition the premium solar batteries are UL listed, providing an ability to insure the installation in a building or home.

Major manufacturers are:
http://www.sunxtender.com/
http://www.rollsbattery.com/
http://www.deka.com

Connecting is simple. The main issue is what kind of motor do you have? Batteries are DC. Therefore the motor must be DC or a universal motor, or a permanent magnet DC motor. The motor voltage and current requirements must match the battery's voltage and ampere-hour rating. A standard DC motor has 4 leads

A universal motor has 2 leads

A permanent magnet DC motor has 2 leads. The motors with 2 leads are easy: + and --

The 4 lead motor: 2 leads are "field" (F1 F2) 2 leads are armature (A1 A2)

one of each goes to + (F1 A1)

one of each goes to -- (F2 A2)

The motor must be very small in horsepower to work off a battery. There are other more complex DC motors with more leads than 4, but there are NOT going to run on a battery.

Depending on the type of engine, piston, turbine, external, rotary, among others there are numerous components to an engine without which the engine will not function. For example a typical piston cylinder engine(from any car) will not work without any of the following components-piston, carburetor/fuel injection, con-rod, crankshaft, inlet/exhaust valves, camshaft, camchain/timing belt.

An engine is a complex device that requires many finely balanced components to work in harmony. But to pick the most important, it would probably be the crankshaft which is present in any type of engine in some shape or form.

Telephone batteries commonly get hot because they are a form of lithium batteries. All batteries contain chemical reactions within them that produce some amount of heat, it is just that lithium batteries produce great amounts of it.

When a lead-acid battery is discharged, the electrolyte (sulfuric acid) and the active material on the plates of the battery (lead) are consumed to produce water and lead sulfate and current flow. The chemical equation for a lead-acid battery during discharge is: PbO2 Pb 2H2SO4 -->PbSO4 2H2O +Electrical energy. The chemical equation for a lead-acid battery during charge is the reverse with lead, sulfuric acid, and heat being yielded as well as some Hydrogen gas. Ideally, all of the lead sulfate is recombined with the hydrogen from the water to replenish the sulfuric acid. When a lead-acid battery is charged, electrical energy is added to the battery, causing the water and lead sulfate to be recombined to produce electrolyte and the active plate material. During normal charging, hydrogen gas is given off, however if internal damage to the plates or low electrolyte levels exist, internal gassing may create hydrogen sulfide gas. In sealed batteries this would normally not vent to the outside.

A typical D battery has a power output of around 1.5 volts. The power output can vary slightly depending on the specific brand and type of battery.

Depending on the circumstances and previous convictions, battery can be both a misdemeanor and a felony.

Battery on a Police Officer is most always a felony. Simple Battery, is generally a high grade misdemeanor. If you've been convicted of battery once before, it could be upgraded to a low class felony.

Check your states' statues regarding Battery or Assault (though they are technically different, some states fade the meaning).

no, a 9 volt battery is small (goes in a smoke detector) a 9.6 volt battery is much larger, and it is not a DC battery (direct current) but NiCd (nickel cadmium.) two totally different things.

L6 on a Kidde Carbon Monoxide Detector typically indicates a low battery level. It is recommended to replace the batteries promptly to ensure the detector functions properly. If replacing the batteries doesn't resolve the issue, consult the user manual or contact Kidde customer support for further assistance.

My understanding is 5.7volts is what your supposed to be charging 4 AA rechargeables ,wired in series, with...

Due to loss of current through connectors and wires.. But i cant remember exactly what the voltage needed after the loss is? anyway.. hope that helps you a little

It is not recommended to use a 12 volt 1200mah charger to charge a 9.6 volt Ni-MH 3500mah battery pack as the voltage and current ratings are different. Using a charger with a higher voltage may damage the battery pack and pose a safety risk. It is important to match the charger voltage and current ratings to the specifications of the battery pack.