# How hair color can affect the amount of static electricity it creates

This is why only part of the balloon may have a negative charge where the wool rubbed it and the rest may remain neutral. The atom may be viewed in part as a solar system with orbiting electrons.

How Static Electricity Works All objects are made up of atoms that contain charges—protons are positively charged, electrons are negatively charged, and neutrons are neutral. Balloons may be purchased at stores such as Wal-Mart, Kmart or local toy stores. Everything is made of tiny particles called atoms.

For example, young children have finer hair than adults and therefore regardless of their hair color are more prone to static electricity. When the balloon begins to fall, stop the timer. Everything is made-up of atom.

This results in a reduction of static electricity. In this series, we find that if two materials are rubbed together, the one higher on the list will give up electrons and therefore become positively charged. You should have 13 rows and 4 columns. Rubbing two things against each other can transfer electrons from one to other.

Objectives To determine whether the color of your hair affects how much static electricity it carries. None Material Availability Most of the materials are readily available at home.

It is the variables that affect how hair reacts to static electricity and not the color. Some materials hold tightly to their electrons, others loosely. But when you slide down the slide at Chuck E. In the column labeled "Red Hair," note how long it took for the first balloon to fall from the wall on your chart under Time 1 for the first time you did it.

What happens when you rub a balloon on your head? Close each balloon with a secure knot. The components of the atom vary in their charges or lack of charges. Rub the balloon in the same direction each time. Under normal circumstances, the negative and positive charges in your hair are equal generating a neutral charge.

Your hair texture changes with age as well. Materials and Equipment Required 6 balloons, of same size and color watch with a second hand. If the balloon stays stuck, have your partner immediately start the stopwatch to time how long the balloon remains bound to the wall. These little particles are made of even smaller parts called protons, neutrons, and electrons.

Could you change the types of balloons and make a difference in your results?Electric Hair. Edit 0 26 Does the color of hair affect the amount of static electricity the hair can carry? Hypothesis I think that the color of hair does affect the amount of static electricity it can carry.

Blonde hair will have the most static electricity, then brown, red and then died. Does hair color affect the amount of static electricity?

Post to Twitter. Subscribe me. Can you help us by answering one of these related questions? Does hair length affect the amount of static? 81% - Does hair color affect the static electricity it creates? 64%.

Static electricity is formed when two surfaces touch each other and the electrons move from one object to another. When things are rubbed together on purpose, a large charge builds up, increasing the static electricity.

Hair can electronically charged when it comes into contact with another object, like a comb, a hat, a sweater, or a balloon. An Experiment Showing the Relation of Hair Color and Static Electricity PAGES 5. WORDS 1, View Full Essay. More essays like this: Not sure what I'd do without @Kibin - Alfredo Alvarez, student @ Miami University.

Exactly what I needed. - Jenna Kraig, student @. Jul 07,  · How to Get Rid of Static in Hair. When your hair is plagued with static, you might find it impossible to hold and maintain a decent style.

Often times the temperature or weather can affect your hair. For example, traveling from a warm climate to a cold climate can cause the hair to have static. If you’ve dyed your hair, look for a %(2). Hair that is thinner and lighter has a different reaction to static electricity than heavier or thick hair.

So, while there is a small amount of truth to this myth, the same can be said for darker hair that is also thin.

How hair color can affect the amount of static electricity it creates
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