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What else can I help you with?
Why can a comb pick up bits off cork?
The comb contains static electricity which picks up bits of cork. that's what i think. :)
Attractive comb can pick up bits of paper?
yes
Can a comb pick up bits of cork?
Because of electrostatic forces between two objects, when at least one of them carries a net electrostatic charge.
Why a comb can pick up bit of cork?
The comb is sharp and could be used to spike pieces of cork another way is through the attractive power of static electrical charge on the comb. Because cork is very light, it can sometimes be physically lifted if the charge is strong enough to counteract the force of gravity on the cork. thats what i think :)
How does a charged comb affect bits of paper?
A charged comb can attract bits of paper due to the transfer of charge. When the comb is charged, it creates an electric field that interacts with the charged particles in the paper, causing them to be attracted to the comb. This phenomenon is a demonstration of electrostatic force.
How does a comb pick up tissue?
When you run a comb through your hair, static electricity can build up on the comb due to friction. This static electricity can attract small, light objects like tissue paper, causing them to stick to the comb.
Why is a comb able to pick up small pieces of paper?
A comb is able to pick up small pieces of paper due to its thin and closely spaced teeth, which create friction that helps grip the paper fibers. As the comb is dragged across the paper, the teeth catch onto the edges of the paper pieces, allowing them to be lifted and transported.
Can force by an electric field be greater than force due lo gravitational field?
Of course. Rub a plastic comb on your shirt, than pass it over bits of tissue on the table. The bits of tissue jump up off the table and stick to the comb. The electrostatic field of the comb is pulling them upward with greater force than the gravitational field of the entire earth pulling them down.
Can the forced caused by an electric field be greater than the force due to a gravitational field Give an example to prove this?
Of course. Rub a plastic comb on your shirt, than pass it over bits of tissue on the table. The bits of tissue jump up off the table and stick to the comb. The upward electrostatic force between the tissue and the comb is greater than the downward gravitational force between the tissue and the whole earth.
How do you pick things up on Super Mario Galaxy on the wii controler?
If you mean star bits you can point at the screen with your cursor and pick them up. Or if you're playing Super Mario Galaxy 2 you can have a second player come in and pick up coins for you.
Can the force by an electric field be greater than the force due to a gravitational field?
Of course. When you wave a charged comb over bits of tissue on the table, they jump up off the table and stick to the comb. The electrostatic field of the comb must be attracting them upward with greater force than the gravitational field pulling them down.
Can static electricity do work and how do you know?
Yes. Static electricity can do work.I know because when I draw a rubber comb through my hair on a dry day and then pass itover a bunch of bits of tissue on the table, the bits of tissue jump straight up to the comb.The static charge on the comb exerted a force on the tissue bits, and the product of the forceon each bit multiplied by the distance through which it jumped is the work done on it by thestatic field.
