A charged object will attract an object that is neutral. Think about how you can make a balloon stick to a wool sweater. If you charge a balloon by rubbing it on your hair, it picks up extra electrons and has a negative charge. Holding it near a neutral object will make the charges in that object move. If it is a conductor, many electrons move easily to the other side, as far from the balloon as possible. If it is an insulator, the electrons in the atoms and molecules can only move very slightly to one side, away from the balloon. In either case, there are more positive charges closer to the negative balloon. Opposites attract. The balloon sticks. (At least until the electrons on the balloon slowly leak off.) It works the same way for neutral and positively charged objects.
So what does all this have to do with static shocks? Or static electricity in hair? When you take off your wool hat, it rubs against your hair. Electrons move from your hair to the hat. A static charge builds up and now each of the hairs has the same positive charge. Remember, things with the same charge repel each other. So the hairs try to get as far from each other as possible. The farthest they can get is by standing up and away from the others. And that is how static electricity causes a bad hair day!
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As you walk across a carpet, electrons move from the rug to you. Now you have extra electrons and a negative static charge. Touch a door knob and ZAP! The door knob is a conductor. The electrons jump from you to the knob, and you feel the static shock.
We usually only notice static electricity in the winter when the air is very dry. During the summer, the air is more humid. The water in the air helps electrons move off you more quickly, so you can not build up as big a static charge.
yes blonde hair is the most staticy cause it is yellow
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Photocopiers make color copies through a process similar to static electricity. The drum inside the copier can be selectively charged so that only parts of it attract toner and therefore chooses specific colors to print.
No, color does not affect how high a ball bounces.
Common woven fabric is a poor conductor of electricity, while producing and using, due to friction and contact generated electricity on fabric surface, thus that will lead to electrostatic phenomenon, that will cause inconvenient of production and effecting appearance and comfort of garment. At present, common method in production is adding carbon fiber or conductive fiber, or anti-static finishing agent. The former color is monotonous, it is suitable for fabric of anti-static workwear, the latter is suitable for electrostatic on different kind of wool fabric. Basic theory and method of fabric anti-static including: reducing electrostatic occurring; expediting leak of electrostatic; causing conditions that make electrostatic neutralized. Anti-static finishing agent is commonly treat as a continuous film which is conductive, it will provide hygroscopicity and ionicity to fabric surface so it can lead to anti-static function. There are 2 kinds of Anti-static finishing agent which is temporary and perdurable, perdurable agent can keep good anti-static property after 20 times of washing. By YULONG tex
67y247 67y247
i dont know if you said hehehheheeh
Hair color is not a factor concerning static electricity .
purple green
id id this experiment quite a few time on 5th grade girls and found out that blonde is the most affected by static electricity
Intensity of spark determines the color of the light emitted. Y-THINK-Y
I have recently done this experiment using 2nd grade girls and i found out blondes have WAY more static! :) Hope this helped
Photocopiers make color copies through a process similar to static electricity. The drum inside the copier can be selectively charged so that only parts of it attract toner and therefore chooses specific colors to print.
Electricity doesn't have color. Your question can't be answered.
Nothing. Colour is not a property of electricity.
Yes, example: (pixel is the object) public static void brighten(int value) { color += value; System.out.println(color); } pixel.brighten(30);
how does color affect a person's mood