Thick wires that electricity runs through are typically called power cables or conductors. These wires are designed to carry high voltage electricity safely and efficiently from one point to another.
Electricity moves better through thick wire. This is because thick wires have a lower resistance and allows more current to pass through it. Now that might be true but I did an experiment with a thick wire,thin wire,light bulb,and D batteries and the thin wire made the light bulb light up brighter. So, really its probably a thin wire.
Thick wires have lower resistance to electricity compared to thin wires because they have more surface area for the current to flow through. This lower resistance allows for more efficient transmission of electricity with less energy loss in the form of heat.
You should think of the wires like a river, a small stream can only let so much water past. A large river can transport more current, faster. Two wires made of the same substance, but of different sizes will not transfer electrons equally, because there is less metal to conduct the electricity in the smaller wire. Also, metal has shared electrons, this is why metal reflects light the way it does, and why it works so well as a conductor, the electricity literally just flows right through it! I hope that helps you out :D
Yes, electricity can pass through two wires if they are connected in a circuit where there is a complete path for the electricity to flow. If the wires are not connected in a closed circuit, the electricity will not flow between them.
Yes, static electricity can pass through wires by creating a flow of electrons. However, the ability of static electricity to pass through wires depends on the voltage and conductivity of the wire.
Electricity moves better through thick wire. This is because thick wires have a lower resistance and allows more current to pass through it. Now that might be true but I did an experiment with a thick wire,thin wire,light bulb,and D batteries and the thin wire made the light bulb light up brighter. So, really its probably a thin wire.
Thick wires have lower resistance to electricity compared to thin wires because they have more surface area for the current to flow through. This lower resistance allows for more efficient transmission of electricity with less energy loss in the form of heat.
No, it moves at the same speed regardless of the wire gauge.
You should think of the wires like a river, a small stream can only let so much water past. A large river can transport more current, faster. Two wires made of the same substance, but of different sizes will not transfer electrons equally, because there is less metal to conduct the electricity in the smaller wire. Also, metal has shared electrons, this is why metal reflects light the way it does, and why it works so well as a conductor, the electricity literally just flows right through it! I hope that helps you out :D
Yes, electricity can pass through two wires if they are connected in a circuit where there is a complete path for the electricity to flow. If the wires are not connected in a closed circuit, the electricity will not flow between them.
Yes, static electricity can pass through wires by creating a flow of electrons. However, the ability of static electricity to pass through wires depends on the voltage and conductivity of the wire.
A pathway that electricity travels through is called a circuit. It consists of a closed loop that allows for the flow of electrons from a power source through wires and components, back to the power source.
No. Electricity pylons (usually called "transmission towers" in the US) are basically just supports for the wires. They are specifically designed to be insulated from the electricity flowing through the wires.
Thick wires are called "cables." They are typically made up of multiple strands of wire twisted or braided together to increase their strength and conductivity. So next time you need to power up something big, don't forget to grab a cable and not just any old wire.
Electricity is a form of energy that moves through wires. It is generated by the flow of electrons through a conductor, such as a metal wire, and can be harnessed to power various devices and systems.
electricity running through wires creates a small magnetic force, so wires are spooled and a current is run through them
A filament.