Easy Science Fair Projects » science fair experiments projects

Science Fair Projects Kids Will Enjoy Part Seven – Static Electricity

Magriet — Tue, 07 Apr 2009 12:18:21 +0000

Science Fair Projects Kids Will Enjoy Part Seven – Static Electricity

24 Hour Science Projects

Here is part seven of our Science Fair projects Kids Will Enjoy about static Electricity. In this experiment we are going to see how to objects that are negatively laden are attracted to objects that are positively laden. Once the objects are no longer negatively laden, they are not drawn by a positively laden object any more.

Remember for a full science project you will have to combine this whole series, so, I hope you have time to wait for them all! If not, there is a very good solution for you, go to 24 Hour Science Projects; there you will find complete science fair projects you can do in 24 hours or less! So, if you are in a hurry, go to 24 Hour Science Projects now!

Here are our science fair projects kids will enjoy:

Remember, for all science fair projects you have to make notes of everything you do, why you do it, what you are trying to prove or demonstrate and your conclusion. It is always a good idea to take photos for your exhibition.

The case of the dancing paper dolls:

What you need for your experiment:

Two books
A glass disk
A metal plate
Two books
Tissue paper dolls about 3cm tall (cut any way you prefer as long as they not too big)
A woolen cloth

How to do your experiment:

Cut out your paper dolls (about 3-4)
Place two books a little way apart with the metal plate between them
Place the glass disk over them to be over the metal plate
Place the paper dolls in the metal plate
What happens when you place the paper dolls on the metal plate under the glass disk?
Now rub the glass disk with the woolen cloth for a few minutes
What happens?
Why does it happen?

By rubbing the glass disk with the woolen cloth it is loaded with electron to make it negative
Now the disk draws the positively laden paper dolls and they are also loaded
Now they drop down and the metal plate draws the electrons from them, once again making them positive
Now the glass draws them again and so the dance continues

I think this can be quite a good display for your friends to admire!

This is the seventh of our short series of science fair projects kids will enjoy. Look out for the others as doing all these experiments as one will probably be the best way of doing a thorough science fair project.

If you want to make sure you do a really winning science fair project; go to 24 Hour Science Projects now! Access is instant; your project can be ready tomorrow.

Download 24 Hour Science Projects!

Science Fair Projects Kids Will Enjoy Part Six – Static Electricity

Magriet — Sat, 04 Apr 2009 12:09:28 +0000

Science Fair Projects Kids Will Enjoy Part Six – Static Electricity

24 Hour Science Projects

Here is part six of our Science Fair projects Kids Will Enjoy about static Electricity. In this experiment we are going to see how to a spoon, laden with static electricity, will draw puffed wheat or rice to it. Opposite to a negative and a negative “pushing” each other away as in our previous example.

Here are our science fair projects kids will enjoy:

The case of the plastic spoon and the puffed wheat or rice:

What you will need for this experiment:

A bowl of puffed wheat or rice
A plastic teaspoon
A wooly sweater

How to do your experiment:

Without doing anything to the spoon, keep it just above the bowl of puffed wheat or rice.
What happens?
Rub the spoon on your sweater for a few minutes to load it with the extra electrons until it is negative.
Now hold the spoon just above the bowl of puffed wheat or rice.
What happens?
Keep the spoon there.
Why does it happen?
What happens after a short while?
Why does it happen?

After you have done all the previous science projects, you should be able to explain what happened here. Remember you should be able to give a scientific explanation for every step and why you are doing it.

Have a look at all our other science fair projects kids will enjoy to see how the whole process follows one on the other. It is important with these science fair projects kids will enjoy to do them all to make a complete science fair project. If you are in a hurry, go to: 24 Hour Science Projects now! There you will find complete projects that can be done in 24 hour or less.

Have a look at 24 Hour Science Projects.

Science Fair Projects Kids Will Enjoy Part Four – Static Electricity

Magriet — Wed, 25 Mar 2009 10:03:42 +0000

Science Fair Projects Kids Will Enjoy Part Four – Static Electricity

24 Hour Science Projects

Here is the next project in our series of science fair projects kids will enjoy. In this project kids will see why the effect of static electricity takes of in humid conditions. Here we are going to use a plastic spoon to “bend” a very thin stream of water.

Remember for a full science project you will have to combine this whole series, so, I hope you have time to wait for them all! If not, there is a very good solution for you, go to 24 Hour Science Projects; there you will find complete science fair projects you can do in 24 hours or less! So, if you are in a hurry, go to 24 Hour Science Projects now!

Here are our science fair projects kids will enjoy:

The case of the water “bend!”

What you will need for this experiment:

A plastic spoon
A wooly sweater
Access to a reliable tap where you can turn it on to make a really small little stream of water

How to do this project:

Rub the spoon against the wooly sweater for a few minutes
Open the tap so it makes the smallest stream possible
Bring the spoon close to the water stream
What happens?
Why do you think it happens?
Read the explanation about static electricity in the first of this series on static electricity.

At first the electrically laden plastic spoon draws the water. Should the spoon touch the water, the experiment is over as water is a good conductor of electricity and will immediately draw the electricity from the spoon and the spoon will not be charged any more. Therefore it will stop “bending” the water. This is why experiments on static electricity works better on dry days than on days that are very humid.

This is the fourth of our short series of science fair projects kids will enjoy. Look out for our next post as doing all these experiments as one will probably be the best way of doing a thorough science fair project.

If you want to make sure you do a really winning science fair project; go to 24 Hour Science Projects now! Access is instant, your project can be ready tomorrow.

Download 24 Hour Science Projects!

For more FREE science fair projects visit our site Easy Science Fair Projects

Science Fair Projects Kids Will Enjoy Part Three – Static Electricity

Magriet — Sun, 22 Mar 2009 09:53:19 +0000

Science Fair Projects Kids Will Enjoy Part Three – Static Electricity

24 Hour Science Projects

Here is the next project in our series of science fair projects kids will enjoy. This is one of our really fun science fair projects kids will love to do. We are going to make a dancing paper snake!

Remember for a full science project you will have to combine this whole series, so, I hope you have time to wait for them all! If not, there is a very good solution for you, go to 24 Hour Science Projects; there you will find complete science fair projects you can do in 24 hours or less! So, if you are in a hurry, go to 24 Hour Science Projects now!

Here are our science fair projects kids will enjoy:

The case of the dancing snake

What you need for this experiment:

A piece of tissue paper about 4 inches by 4 inches
A pair of scissors
A pen
A wooly sweater
A lid of a tin, big enough for your snake to fit on

How to do this experiment:

Cut a spiral formed “snake” our of the tissue paper
Place it on your lid
Bend the head of your “snake” so it is upward
Rub your pen on the wooly sweater for a few minutes
Hold it an inch or so above the snake
What happens?
Why do you think it happens?
Try and explain it after reading the explanation in the first experiment in this series on this blog
Why do you think we placed it on the tine lid?
Does it play any role in the “snake dance?”

The clue here is that when you hold the electrically charged pen close to the snake which is uncharged it is drawn to the pen and lifts up toward the pen. The moment the electrons pass to the snake, the tin lid absorbs it and the snake is once again uncharged. That is why it keeps on lifting again and again.

This is the third of our short series of science fair projects kids will enjoy. Look out for our next post as doing all these experiments as one will probably be the best way of doing a thorough science fair project.

If you want to make sure you do a really winning science fair project; go to 24 Hour Science Projects now! Access is instant; your project can be ready tomorrow.

Download 24 Hour Science Projects!

For more FREE science fair projects visit our site Easy Science Fair Projects

Science Fair Projects Kids Will Enjoy Part Two – Static Electricity

Magriet — Wed, 18 Mar 2009 21:39:03 +0000

Science Fair Projects Kids Will Enjoy Part Two – Static Electricity

Here is the next project in our series of science fair projects kids will enjoy. In this one we are going to try and separate finely ground pepper from salt! It is so important for kids to enjoy science that it is always good to do fun science experiments with them.

For a good science fair project you have to make notes of all your steps, saying what you are doing and why you are doing it. You must formulate a hypothesis, sdo the experiment according to the correct scientific method and think of your display. It is always a good idea to take photos as you go.

The case of the pepper and the salt:

What you need:

Very fine pepper
Salt
A plastic spoon
A woolly sweater

What you have to do:

Sprinkle quite a bit of the pepper and salt on the table
Make sure you mix them well
Rub the plastic spoon on the sweater for a few minutes
Hold it above the mixture on the table, not too low but high enough for the pepper to attach to it
What happens?
What did you do when you rubbed the spoon on the sweater?
Have a look at the explanation in our previous post called “Science Fair Projects Kids Will Enjoy Part One – Static Electricity”

You must make sure the spoon is high enough, if it is not high enough the salt, that is heavier than the pepper, will also be able to jump as high as the pepper and the two will not separate.

If you want to make sure you do a really winning science fair project; go to 24 Hour Science Projects now! Access is instant, your project can be ready tomorrow.

Download 24 Hour Science Projects!

For more FREE science fair projects visit our site Easy Science Fair Projects

Science Fair Projects Kids Will Enjoy Part One – Static Electricity

Magriet — Sun, 15 Mar 2009 21:38:10 +0000

Science Fair Projects Kids Will Enjoy Part One – Static Electricity

All kids love the fun you can have with static electricity. This is why this is one of our science fair projects kids will really enjoy doing. This is a series of short experiments showing static electricity in action. The kids will be able to do most of it alone and all the supplies are readily available.

Here are our science fair projects kids will enjoy:

The case of the clinging balloons:

What you will need:

A few balloons
A woolly sweater

This is what you have to do:

Blow up your balloons and tie them securely
Rub the balloons against your sweater for a few minutes
Now press them against the ceiling
What happens?
What did you do when you rubbed the balloons against your sweater?
How does that make the balloons cling to the ceiling?
Make note of how long they stay there
Do you think there are factors that can make them fall down sooner or hang there for a longer period?
Try boiling a kettle in the room and see what happens (let an adult help here!)

By rubbing the balloons against your sweater you are charging the balloons with electricity. How? They absorb small particles called electrons, which are negative electrical particles, from the sweater.

Because objects that are electrically charged draws objects that are not electrically charged, the balloons “stick” to the ceiling until they are no longer electrically charged.

Normally the balloons will stay there for a long time as the ceiling is a very weak conductor and the electrons flow very slowly through the ceiling because a room is normally very dry. If you room is a little more humid, it will take longer. It may be a good idea to do two experiments, one in dry air and one in humidity and see if your results differ.

This is the first of our short series of science fair projects kids will enjoy. Look our for our nest post as doing all these experiments as one will probably be the best way of doing a thorough science fair project.

If you want to make sure you do a really winning science fair project; go to 24 Hour Science Projects now! Access is instant, your project can be ready tomorrow.

Download 24 Hour Science Projects!

For more FREE science fair projects visit our site Easy Science Fair Projects

Science Fair Projects Kids Will Love To Do – Does Carbon dioxide Have Weight?

Magriet — Sun, 08 Mar 2009 22:10:09 +0000

Science Fair Projects Kids Will Love To Do – Does Carbon dioxide Have Weight?

We all know kids love exploring and finding out things. It is important that we use this time to make them love science. This is what these science fair projects kids will love are all about.

It is very important for kids to love doing science projects. The best way to start is to let them do some fun projects and show them how it can be turned into a science fair project. Here is one of our science fair projects kids will love to do.

All science projects should always be done with adults there for safety’s sake!

Throughout this experiment it is good to make notes of everything you do and also to take photos of each step for your display.

Questions you will be able to answer after you have completed this project:

Why is it possible to balance the stick with the two bags like a balance scale?
What is inside the bags?
What is produced when you mix the bicarbonate of soda and vinegar?
Why are you able to “pour” it into the plastic bag?
Why does the stick tilt?
What has happened?

Do you thing carbon dioxide has weight? Well, let’s find out!

What you need for this experiment:

2 Plastic bags of the same size
A stick of about 20 inches
A Thumbnail
Vinegar
Bicarbonate of soda
A glass
A teaspoon
A note book
A pen
A camera

How to do this science fair project for kids:

Attach the two plastic bags to the stick one at each end
Balance the stick with the bags on the thumbnail on the corner of a table like a balance scale
Put one teaspoon of bicarbonate of soda in a glass
Add a few drops of the vinegar, enough to make a reaction.
You will notice that it is beginning to make foam as the gas escapes from it.
Place the opening of the glass over one of the plastic bags
What happens to your scale? It tilts to the side where you have placed the opening of the glass over the plastic bag
The gas the escaped during the chemical reaction was carbon dioxide and it is heavier than air
That is why you could “pour” it into the plastic bag
If you were to fill a balloon with this gas, it will never be able to float, for it to float you will have to fill it with a gas lighter than air such as helium.
What is the conclusion of your experiment? Does carbon dioxide have weight? Does carbon dioxide weight more or less than air?

This is the basics for this science fair project for kids to do. Now you will need to know the correct way of doing your display. You also have to know what the correct scientific method is, you will have to be able to explain it to the judges together with your display.

A very good place to get all the information you need for this is with an e-book such as 24 Hour Science Projects. There you will get complete projects with everything you need from hypothesis to conclusion, with charts and all. 24 Hour Science Projects are instantly downloadable and you can have your project ready in a short while. Go there now and have a look.

Download 24 Hour Science Projects

Easy Elementary Science Projects – Physical Changes Science Projects

Magriet — Thu, 01 Jan 2009 14:22:19 +0000

Easy Elementary Science Projects – Physical Changes Science Projects

Doing easy elementary science projects with the kids can be fun and it does not only have to be done for science fairs. Kids love learning in a fun “Play” way and we can use easy elementary science projects to teach them about the wonders of science without them actually realizing that they are learning. Doing easy elementary science projects with the kids is also a great way for homeschoolers to teach the kids science. I think we must start doing a lot more “little” projects with the kids. Here are a few short fun ones to do with the kids.

Physical changes easy elementary science projects

Physical changes can happen when two substances interact or when energy is applied to one or

more of the substances. In this easy elementary science projects we are going to see how substances change and then we are going to reverse the physical changes.

The salt solution physical change experiment

What you need for this science project:

Salt
A measuring cup
A teaspoon
A heatproof glass or container
Water

How to do this easy elementary science experiment:

Pour ½ cup of warm water into your glass or container
Dissolve 2 teaspoons of the salt into the warm water
What happens now? The salt becomes invisible, this is a physical change.
Now place the glass in a warm place and leave it for a few days until all the water has evaporated.
Observe what has happened. The water evaporated and the salt was left behind in the glass.
Once again a physical change took place. The salt is now visible once again.

The rock candy physical change experiment

In this easy elementary science project we are going to do more or less the same with a sugar solution.

What you need for this science experiment:

A small heatproof container such as a beaker
A piece of string long enough to hang to the bottom of the beaker
½ Cup of hot water
1 Cup of sugar
A pencil

How to do this experiment:

Dissolve the sugar in the water in your beaker
Once again observe the physical change
Tie the string around your pencil and place the pencil over the top of the beaker so the string dangles in the water.
Leave your beaker in a hot dry place for a few days and observe what happens.
Sugar crystals start forming on the string, a physical change again.
There you have your rock candy!

A salty work of art easy elementary science project

In this experiment we are going to have fun. This experiment can double up as an easy kids craft as you will be making a lovely painting.

In this experiment we are going to show how salt and food coloring dissolves in water and reverts back when the water evaporates. You will be amazed at the beautiful painting you will end up with. This experiment needs a little more preparation, but is well worth the trouble.

What you need for this experiment cum craft:

As many containers as colors you intend to use
Warm water
As many colors food coloring as you want to use
Lots of salt
Thick paper
Paint brushes

How to do this experiment:

First you have to mix salt into your warm water until it will hold no more salt (it is called a saturated solution)
Now divide this salt solution into your containers.
Add the food coloring to the water. Make it strong so the colors will come out really well.
Using your paint brushes make a painting on your paper. Put it on thick so that there is really lots of salt and coloring.
Leave your painting in a warm dry place until all the water has evaporated.
Now you can observe the salt crystals and the food coloring that remains behind after the water has evaporated.
A Physical change again, reversing the first one.
Observe the beautiful patterns the food coloring makes around the salt crystals.
Now you have a beautiful work of art as well as a science experiment.

I hope the kids will enjoy these easy elementary science projects and really have a fun learning experience.

For more Elementary Science Fair Projects Visit Our Site Elementary Science Fair Projects