It really depends on whether it is negative or positive but the simple answer is STATIC
electricity is a boon to us. Now-a-days the things we do is almost with the help of electricity
Um 2 things are a lamp or a ipod.
That you were able to ask this question. Without electricity, we wouldn't have many of the things we have now. A LOT of stuff use electricity to work.
By leaving things such as lights on when they are not in use. Even leaving things such as lamps, your laptop, etc plugged in to the wall socket when they are not in use drains and wastes electricity.
Magnetism
no
electricity
metal
A photocopier machine uses static electricity to form images. The process involves positively charging a drum, which then attracts toner (negatively charged) to form the image before transferring it onto paper and fusing it with heat.
A conductor is a material that attracts electricity. Such as copper.
Static electricity is a form of electricity that can attract things. It occurs when there is an imbalance of electric charges on the surface of objects, causing them to be either positively or negatively charged. This imbalance can cause objects to attract or repel each other.
a conductor attracts and an insulator keeps it all together
Electricity is a form of energy.
the thing that makes electricity such a useful form of energy is that electricity is renweable it comes from the skies "thunder" you can also generate electircity but still some things need electricity to help it generate. so......... electircity is a useful form of energy, but also wind, solar are also useful for of energy.
Electricity is a form of energy.
Electricty is a form of energy. Coal can be used as fuel for a power plant to generate electricity, among other things.
Gravity is a natural force that attracts objects with mass towards each other, while electricity is a form of energy resulting from the movement of charged particles. Gravity is always attractive and dependent on mass, while electricity can be attractive or repulsive and dependent on the charge of particles.