Hair color does not affect the amount of static electricity that is formed because the shift of the electrons of the atoms that made up the hair that cause the force of static electricity.
What color of hair has the most static electricity?
Hypothesis. If hair colors are compared, then the blonde haired people will produce more static electricity because the blonde hair color has more ability to flow electricity through it.
Does the color of hair affect how much static electricity it can carry test with balloons?
The times that the balloons stayed on the wall should all be about the same since hair color does not have an affect on the amount of static electricity made by rubbing a balloon on it.
Is balloon and hair static electricity?
When you rub the balloon on your hair you are giving it a small electric charge. What’s actually happening is you are rubbing tiny particles called electrons from your hair and onto the balloon. ... Because the electric charge isn’t moving – it’s not part of a circuit – so we call it static electricity .
What charge does a balloon get when rubbing on hair?
Rubbing the balloon onto your hair or onto the wool fabric adds electrons to the balloon and causes the balloon to become negatively charged . Like charges repel (the two balloons, once charged, will move away from each other) and opposite charges attract (the paper will be attracted to the charged balloons.)
What is the color of static electricity?
Electric sparks tend to appear blue or purple or white in color .
How does static electricity affect hair?
Frizzy hair: When your hair develops static electricity, it makes your hair frizzy . This means that the hair strands repel each other. As a result, it becomes extremely difficult to comb or style your hair. Dry hair: Dry hair or lack of moisture can lead to the build-up of electrical charge in the hair strands.
What happens when you rub the balloon on your head?
Rubbing the balloon against hair causes electrons to move from the hair to the balloon . Because electrons are negatively charged, the balloon acquires a negative charge, while the hair, with its loss of negative charges, now has a net positive charge. ... That’s why the hair gets pulled toward the balloon (Figure 2).
Why would a balloon attract your hair without touching it?
Hold the balloon (negatively charged) just above your head so your hair (positively charged) will be attracted to it and stand up on end. ... The can will start to roll towards the balloon without touching it. The negatively charged balloon repels the electrons of the can so that a positive charge is near the balloon.
What happens to the stream of water when you hold the charged balloon next to it?
When you bring the charged balloon near to the water it pushes electrons away, leaving a positively charged area which is attracted to the balloon . The water coming from the tap is neutral with positive and negative charges. ... This positively charged water is attracted to the balloon so the stream is deflected.
What is the difference in the charges on a balloon rubbed?
Rubbing the balloon against hair causes electrons to move from the hair to the balloon. Because electrons are negatively charged, the balloon acquires a negative charge, while the hair, with its loss of negative charges, now has a net positive charge.
What will happen if you rub two balloons together?
When you rub two things together you can move the negatively charged electrons from one material to another . ... When you rub both balloons, both end up with negative charge. Similar charges repel so the balloons push away from each other. You can even use one balloon to push the other around!
Is rubbing a balloon on your hair induction?
The negatively charged balloon (from rubbing against hair) will repel the electrons of paper/water/aluminum cans away from the spot closest to the balloon, resulting in a positive charge on the paper/water/aluminum can. The negatively charged balloon then attracts the induced positive charge on the neutral material.
Why do sparks glow?
Dave – An electric spark is essentially electricity flowing through a gas and in doing that, it has to rip the electrons off the gas . Sometimes those electrons recombine with the atoms, at which point they release lots of energy in the form of light. ... So, a spark essentially nitrogen glowing.
Why do electric sparks appear blue?
Electrons in each air atom gain energy from the electricity and jump to a more excited state. ... As the electrons return to their original energy level they release a photon of light . In air this photon appears blue but other gases would produce different colours.
Is electricity blue or yellow?
Justified since yellow is a standard warning sign color, associated with electricity and fire in general (and as we all know, lightning is electric). Plus, etymologically, the word “electric” came from the Greek word for amber, a yellow gem that was known and used by ancient scientists for its electrostatic properties.
