When exposed to static electricity a stream of water did what?

The water features both positive and negatively charged particles and is neutral. 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 stream of water bend with static electricity?

Static electricity often happens when you rub things together. Combing your hair creates static electricity. Negatively charged particles (electrons) move from your hair onto the comb. … The attraction between this positive charge and the negatively charged comb results in a net force on the water, bending the stream.

How does static electricity make water move?

It is similar to the way some magnets are attracted to certain metals. When you bring the negatively charged comb near the faucet it is attracted to the POSITIVE force of the water. The attraction is strong enough to actually pull the water towards the comb as it is flowing!

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What causes the stream of water to deflect?

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.

What happens if you bring an electrically charged rod to a stream of water?

Electrons are unevenly distributed in water molecules because oxygen is more electronegative than hydrogen. When a negatively-charged rod is brought close to a water stream, individual water molecules align themselves so the positive (hydrogen) end points towards the rod.

Why did the stream of water bend toward the comb?

The complementary charge is attracted to the charged object. … 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. Because water molecules are polarized molecules, the effect is stronger than with dust.

How does static electricity work with a balloon and water?

The water is made of positive and negative charged particles. When you bring the balloon towards the water, the positive charged particles in the water will move the water towards the negatively charged balloon since positive and negative charges are attracted to each other.

What happens with water and electricity?

Water is an excellent conductor of electricity. … You can become electricity’s path to the ground if you are touching water that touches electricity. Electricity would travel through the water and through you to the ground.

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How do you make the stream of water from the faucet appear to wiggle?

What to Do

  1. Turn on your kitchen sink so that a small, steady stream of water is flowing.
  2. Rub the comb with the wool (or paper towel) for about 10 seconds.
  3. Then, set the wool aside and bring the comb near the stream of water, but don’t let the comb touch the water. …
  4. Wiggle the comb around and watch the stream.

Why do balloons bend water?

When you bring the negatively charged balloon close to the stream of water, the hydrogen end is attracted towards the balloon and the oxygen end is repelled away from it. This pair of forces twists the water molecule so that the line from the negative pole to the positive pole points towards the balloon.

What do you mean by static charge?

Static electricity is the result of an imbalance between negative and positive charges in an object. These charges can build up on the surface of an object until they find a way to be released or discharged. … The rubbing of certain materials against one another can transfer negative charges, or electrons.

Is water electrically charged?

There is no overall charge to a water molecule, but there is a slight positive charge on each hydrogen atom and a slight negative charge on the oxygen atom. Because of these charges, the slightly positive hydrogen atoms repel each other and form the unique shape seen in [link].

Can water be affected by a charged rod explain?

Yes! Water is a polar molecule which means that one side is postively charged and the other negatively charged. A charged rod can attact one side of the water molecule. When you run a thin stream of water and place a charged rod near it, the water will be attracted to the rod and bend toward it.

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Why does water move away from a charged rod?

Discussion: Water is a bent triatomic molecule. … Electron density accumulates on the oxygen side of the molecule. The partial positive charge of the water is attracted to the build-up of negative charge on the glass rod, “bending” the stream of water towards the rod.