This is usually done by passing an electrical current through the wire.
By attaching a fan in the dynamo and rotating the fan and connecting one end of wire in the dynamo and another end in a bulb which helps in glowing of bulb by using the power of dynamo.
Both copper and aluminium wire will conduct electricity, so the bulb will glow. Aluminium is less efficient at conducting than copper. Copper-clad aluminium wire is electrical wire coated with a thin layer of copper.
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
A simple circuit contains: Power source - battery, wall outlet Path - wire or other conductor Load - light bulb Start with a small light bulb... see if you have extra bulbs for the car, tail light bulbs for example. Hook one wire to a pole on a 9v battery, then the tip of the light bulb's connection end. Then a second wire on the side of the bulbs connection end, and return to the source.
Connect one wire from the LED to each of the terminals on a battery - provided the battery has enough power, the LED will glow !
To connect a wire to make a bulb light up, you need to complete an electric circuit. This involves connecting one end of the wire to the positive terminal of a power source (such as a battery) and the other end to the bulb's positive terminal. Then, connect the negative terminal of the battery to the negative terminal of the bulb to complete the circuit and allow electricity to flow, causing the bulb to light up.
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.
If you attach a wire from a bulb to a D-cell battery, the circuit will be completed and the bulb will light up as the electrical current flows through the wire, energizing the filament in the bulb. Be cautious as the bulb may get hot, and make sure to handle the setup carefully to avoid any electrical hazards.
This may take quite a bit of effort, as most incandescent light bulbs use a fair bit of current. Find the smallest bulb with the lowest operating voltage, from a small flashlight. Get as many turns as you can from your piece of wire, wrapping it around and around. Connect the bulb across the ends of the wire. One end goes to the centre contact and the other to the side of the bulb. (assuming a small Edison screw type bulb.) Now move the magnet rapidly inside the coil you made with the wire. The lamp will only blink during the movement of the magnet. By rapidly moving the magnet back and forth, you can generate an almost continuous supply of AC current and keep the bulb alight.
A wire connects to a bulb by attaching one end of the wire to the metal base of the bulb and the other end to the metal contact on the bulb socket. When the circuit is complete, electricity flows through the wire and powers the bulb, causing it to light up.
Nothing will happen. It requires two wires to complete the circuit. Electrical current travels from the battery terminal through the wire to a metal portion of the base of the lightbulb. The current then travels up through the filament wire which glows as the current travels through. The current then travels back down the other side of the filament wire to the base of the bulb and thus through the second wire back to source, which is the battery.
When one wire or terminal is not connected to a light bulb, it is not possible for electricity to complete the circuit. When a circuit is not completed, the bulb will not light. An off switch, for example, breaks the circuit.