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.
No, an apple does not contain enough energy to power a light bulb. A light bulb requires electricity to produce light, which usually comes from a power source such as batteries, generators, or electrical outlets. The energy stored in an apple is not enough to produce the amount of electricity needed to power a light bulb.
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.
Generally, yes. It will all depend on the voltage and the current capabilities of the supply. Mostly in torches (flashlights), you can. Using a krypton bulb wil be brighter but draw more current, reducing the life of the batteries.
You can prove it by using an energy monitor that measures the actual energy consumption of the light bulb. The wattage directly correlates to the amount of energy used by the bulb, regardless of its physical size. A higher wattage bulb will consume more energy than a lower wattage bulb, even if they are of the same physical size.
Laser light is different from light in a light bulb because it is focused, coherent, and monochromatic. This means that laser light is concentrated, all the waves are in step with each other, and the light consists of a single color or wavelength. Conversely, light from a light bulb is diffuse, incoherent, and contains multiple wavelengths/colors.
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).
The most common light bulb sizes that are compatible with a ceiling fan are A15, A19, and B10.
The different sizes of light bulb bases available for purchase include standard (E26), candelabra (E12), intermediate (E17), and bayonet (B22).
You dont need batteries to light a lightbulb!
The most common light bulb socket sizes available for purchase are E26 (standard medium base), E12 (candelabra base), and GU10 (twist and lock base).
Halogen light bulbs are made in a variety of sizes to meet different needs.
The available options for small light bulb sizes include LED, incandescent, and compact fluorescent bulbs. These bulbs come in various shapes and wattages to fit different fixtures and preferences.
The most common sizes of light bulb sockets available in the market are E26 (standard) and E12 (candelabra). Other less common sizes include E17 (intermediate) and E39 (mogul).
first of all, you need a bulb, a wire, and ONE light bulb. You clip the wire on the battery and touch the wire on the bottom of the light bulb
Electricity is passed through a wire from battery to bulb
The job of a battery is to power the torch. if the circuit is not complete then the bulb wont light up and if the batteries arent the right way round the bulb wont light up either.
because it then is not generating electricity.