It's probably only a 1.2V LED. It just depends if the batteries are connected in series or parallel.
If a three light circuit is connected in series with two 6V batteries, and the three lights are identical, the voltage across each of the lights is 12V divided by 3, or 4V.
Sometimes. It depends on the size of the light (watts), the operating voltage, and the line voltage. Very large high voltage lights often buzz.
If you put two batteries of the same voltage with like terminals touching each other in series the equal, but opposite voltages will cancel each other and the light bulb will not light, because there is no current flowing through it.
A series circuit will produce more voltage. For example, two 12 volt automotive batteries both have a 600 amp capacity. Connect the 2 batteries in series and you will have 24 volts with 600 amp capacity. Connect the 2 batteries in parallel and you will have 12 volts with 1200 amp capacity.
A chemical reaction generates free electrons which build up a potential called a voltage and then the electrons can be drawn from the battery as a current to supply a load like a flashlight light bulb or your cell phone. Some batteries can be recharged to provide additional free electrons in conjunction with the chemical reaction.
Yes, even a potato can light a light bulb. Yes. If the batteries match the voltage of the bulb, they can light it. Flashlights have bulbs and batteries that power them. If you mean a household light bulb, then you'd need many batteries in series (80 of the 1.5 volt batteries).
Enough so that the total voltage exceeds the voltage rating of the lightbulb.
If you are talking about batteries of different physical sizes but of the same voltage then the answer is yes. The light bulb requires a specific voltage to operate. As long as the batteries add up to the voltage that the bulb requires, the lamp will light properly. Larger batteries usually have a greater operational capacity. The load being of equal amperage draw, the D cell load will operate longer than a AAA cell load.
This question cannot be answered without knowing at least the voltage of the light bulbs and also the voltage of the battery that is being asked about.
Low voltage garden lights are a great way to light up your garden without using a lot of electricity. Lowe's, Home Improvement, TruValue sell garden lights.
To do a proper calculation please state what the voltage of the batteries equals. I have never come across 10000 amp batteries.
If a three light circuit is connected in series with two 6V batteries, and the three lights are identical, the voltage across each of the lights is 12V divided by 3, or 4V.
Because a flash light is a portable piece of equipment, it operates on batteries. The power source is a DC voltage.
Connecting batteries in series increases available voltage. Connecting them in parallel increases available current. Ohm's law states that when resistance is constant (and a light bulb is a constant resistance, to a point), the current flowing through will be directly proportional to the voltage. And when the voltage doesn't change, the only way to change the flowing current is to lower the resistance - as in, put in a smaller light bulb.
Sometimes. It depends on the size of the light (watts), the operating voltage, and the line voltage. Very large high voltage lights often buzz.
The light emitted is variable dependant on the model and brand of light. depends on model but some units have as much as 60k candles which is almost 100 times that of conventional low voltage garden lights
When the batteries are connected in parralell, the voltage remains the same as a single battery, but the current capability is doubled. When connected in series, the voltage doubles at the light, but the current remains the same as if a single battery was connected. Ohm's Law E=IxR R=E divided by I I=E divided by R E=Voltage R=Resistance I=Current