No, of course not! You are wrong. I have tried wrapping the wire around but it doesnt work. What you have to do is connect one end of the wire to a battery and tape it on just to make sure it doesnt get loose.
What you do wih the other end of the copper wire is connect it to the bulb and once again, tape it on just incase it doesnt get loose.
It Doesnt Work Beacause The Copper Wire Is Not Strong Enough To Make Electicity Pass Through So Dont Bother Trying it
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rogers post v
with standard household 120ac it will NOT light up. but you can get it to work by using really high voltages (several thousands volts or higher. the electricity has to have enough volts in order to ionize the gas inside the bulb....however it will not light up in its normal fassion, but instead will just ionize the gas inside and that will glow a different color depending on the composition gas inside the bulb. This will still work even if the filament is broken. also if it is broken you can run a wire to the base of the bulb and the other on the screw side. this will cause a "arc" between the filliment holders which will glow as i said before.
i have got purple for most of my bulbs, some blue it all depends on the voltage and the gas inside.
and YES copper is strong enough as long as the amps arent high (amps is what will cause a wire to burn up or short out) but with a low amp high voltage copper wire will work.
I know this because i have don't it many times, all you need is a high voltage low amp source to do it.
neon sighn Transformers work great....and thas what i use majority of the time. But i am buying a device that is intended for experiments, you can adjust the amount of voltage from 10k - 60k. this type of machine is perfect for high voltage electrical experiments
Yes, the bulb will light up.
However, and this is critical, it is illegal (at least in the US and Canada) to connect a load between hot and ground. You have to connect the load between hot and neutral. (Or between hot and hot.) Ground is reserved for protective earth ground, i.e. chassis or frame ground, and you are not allowed to pass operating current on ground.
Only if the voltage is correct. If you connect a 110V lamp to a 12 V battery, you won't see much.
When you connect a 1,5V lamp to a 12V battery, it will burn out.
I am going to assume you meant Three wires, Battery and Light Bulb. (punctuation and plurals are important) Hook the light to one post of the battery Hooked from the light to the item being tested (use the other light connection, not the one connected to the battery) connect the other end of the test item to the unused terminal on the battery. Light comes on means it conducts electricity No Light, it does not.
If you connect the ground wire to the hot wire it will trip the breaker. If you get the white and black wires reversed it will still work but does not meet code.
When the switch is turned it completes an electrical circuit. The circuit amperage flows through a high resistance filament in the bulb and it starts to glow. The bright glow from the filament and the reflector behind the bulb is what creates the flashlights beam.
generally speaking, there are several LED lights on the battery charger, when the light is red, it meas the battery is being charged, when the light turn to green or yellow, it means the battery is full charged
A light bulb and a battery simply being is not an experiment, so there is no variable at all.
If the voltage is appropriate, the bulb will shine.
Nothing happens at all, unless there is a complete conducting path back to the battery's positive side. Once you have that, current will flow, and the light bulb may light up.
Connect it from the battery to a switch running through a 10 amp fuse.
To light a light bulb you need to connect to a source of electricity like a battery or an electrical outlet.
You can buy a battery powered light at the bicycle shop.
yes
series
Connect timing light to battery and No. 1 cylinder and aim light at crankshaft Connect timing light to battery and No. 1 cylinder and aim light at crankshaft timing marks
A single pole, single throw light switch simply interrupts the electrical current. It makes absolutely no difference which way you connect the wires, it will still interrupt a circuit when connected in series.
Get your bulb, it should be a very small wattage (weak) one, get your battery and wires, connect one wire to plus side of abttery and other wire to minus side of battery, then connect to the bulb, you may have to play around a bit to find a connection that produces light.
u need a battery 2 wires and a light bulb. Step 1. Get the 2 wires and connect them to the battery step 2. connect the other side at the bottom of the light bulb the light bulb should light if it doesn't :(
u need a battery 2 wires and a light bulb. Step 1. Get the 2 wires and connect them to the battery step 2. connect the other side at the bottom of the light bulb the light bulb should light if it doesn't :(