Go to the store and get some copper wire, galvanized nails, and some Oranges. Cut the orange in half with a kitchen knife. Take a penny and wrap the wire around it. Take a nail and stick in the orange about 1 inch away from the penny. Wrap the loose end of the wire around the nail once. Finally touch the loose end of the wire to the metal part of the light bulb. Create more orange batteries until the bulb lights up. GOOD LUCK! That was my sis love ya
The resistance of the filament in a light bulb is(voltage at which the bulb is designed to operate)2/(the rated power/watts of the bulb)
the only way to test one is to put the bulb in the strobe housing and apply recommended power.
Plug the "string of lights" into the power point. If a particular light does not come on, then it is "bad".
bulb light burned out every 4 months.type of bulb is H7
a normal light bulb gives off more light
Yes you can!
None! as Oranges can't either put up nor light an light bulb! ;)
a light bulb is measured in watts
light r bulb same power taken
Orange light that looks light a light bulb
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.
A lemon can power up a light bulb by acting as an electrolyte in a chemical reaction with the metals in the light bulb. When zinc and copper electrodes are placed in the lemon, a chemical reaction creates an electrical current that can power a small LED light bulb.
Only when it has power.
It would take a lot of apples to generate enough electricity to light a light bulb. Apples can produce a small amount of electrical current through a process called oxidation, but it would likely require hundreds or even thousands of apples to power a light bulb.
To light a bulb, you typically need a power source (such as a battery or electrical outlet), a conductive material to connect the bulb to the power source (such as wires), and a functioning bulb itself. When these components are properly connected and the power is supplied, the bulb should light up.
The first electric light bulb was made in 1880
Bad bulb, no power, no ground.