Why does a balloon with static electricity bend water?

Positive and negative charges are attracted to each other so when you move the negatively charged comb (or balloon) towards the stream, it attracts the water’s positively charged particles and the stream bends!

Why does a static balloon bend water?

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.

Why does static electricity affect water?

Water, which is two hydrogen atoms and one oxygen atom, also is made up of charged particles, with the two hydrogen atoms having a positive charge. Because in water’s liquid form these atoms are free to move around any which way, it can easily be affected by a static electrical charge.

How does static electricity work with a balloon?

The balloon is charged by rubbing it on your hair. When you put it near a neutral object (paper, Styrofoam or puffed rice cereal), the electrons in the object repel away from the balloon and the protons are attracted to the balloon. This movement of the electrons causes the neutral object to get a low positive charge.

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Why does a comb attract water?

A charged object attract small particles, such as dust. The charge in the object causes a complementary charge to develop in something close to it. … The charge on the comb attracts the molecules of water in the stream. Because the molecules in the stream can be moved easily, the stream bends toward the comb.

Why is static electricity important?

Static electricity has several uses, also called applications, in the real world. One main use is in printers and photocopiers where static electric charges attract the ink, or toner, to the paper. Other uses include paint sprayers, air filters, and dust removal. Static electricity can also cause damage.

Why does your hair stand after you take your hat off?

As you remove your hat, electrons are transferred from hat to hair, creating that interesting hairdo! Remember, objects with the same charge repel each other. Because they have the same charge, your hair will stand on end. Your hairs are simply trying to get as far away from each other as possible!

What causes the stream of water to deflect or bend?

Water is made up of polar molecules, each containing a negatively charged oxygen end and a positively charged hydrogen end. When a charged rod of material is brought near a thin stream of water, the water will be attracted to the charged rod and the stream of water will bend towards the rod.

Can static electricity pop a balloon?

When many balloons start to spontaneously explode, static electricity is often the culprit. … Static electricity sparks will cause your balloons to pop.

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Why does static cling happen?

Static cling occurs when different fabrics rub together in dry air, like in winter. The fabrics stick together because the positively and negatively charged particles of the fabrics attract (and cling to) each other when they come in contact.

Why is paper attracted to a balloon?

When you bring the balloon near a little piece of paper, the negative balloon repels the electrons in the paper so part of the paper near the balloon is positive. Since positive and negative attract, the paper moves toward the balloon. The negatively charged balloon attracts the paper.

Is it possible to bend water?

Waterbending is sadly out of our reach. The ability to manipulate fluid water is well beyond us. The ability to turn water to ice and vice versa requires a lot of energy – a machine that can do it in the split second that waterbenders take is hard enough, forget about keeping it small enough to keep it on one’s person.

What happened to the flowing water in the faucet when you place the comb near it did they attract or repel each other?

When you brushed that comb through your hair, tiny parts of the atoms in your hair, called ELECTRONS, collected on the comb. These electrons have a NEGATIVE charge. … When you bring the negatively charged comb near the faucet it is attracted to the POSITIVE force of the water.