Selasa, 29 November 2011

Make rain

Convection is the transfer of heat by the movement or flow of a substance from one position to another.


Make it rain!

The purpose of this experiment is to see condensation.




Large, wide-mouth container, such as a mayonnaise jar


Hot water




Ice cubes


Small plate to hold ice cubes




Index card


1. Pour two inches of very hot tap water into the glass container and cover with the plate. Allow water to sit for a few minutes.

2. Place ice cubes on the plate.

3. Watch what happens.




The cold plate causes the moisture in the warm air to condense and form water droplets. This is the same thing that happens in the atmosphere as warm, moist air rises and meets colder temperatures high in the atmosphere. Water vapor condenses and forms precipitation that falls to the Earth as rain, sleet, hail, or snow.

Back to Thunderstorms and Tornadoes




[Thunderstorms & Tornadoes] [Hurricanes] [Blizzards & Winter Weather] [Clouds]

[Predict the weather!]

Make lightning

Lightning occurs when static electricity builds up in thunderclouds and the landscape beneath them.



Make Lightning!

The purpose of this experiment is to observe lightning formation.




Styrofoam plate



Thumbtack



Pencil with new eraser



Aluminum pie pan



Small piece of wool fabric



1. Push the thumbtack through the center of the aluminum pie pan from the bottom.

2. Push the eraser end of the pencil into the thumbtack. (The pencil becomes a handle to lift the pan.)

3. Put the styrofoam plate upside-down on a table. Rub the underside of the plate with the wool for one minute. Rub hard and fast like these kids are doing...



(Click on a photo to enlarge it.)



4. Pick up the pie pan using the pencil "handle, " and place it on top of the upside-down plate.

...like this...(Click on the photo to enlarge it.)

5. Touch the pie pan with your finger. If you don't feel anything when you touch the pan, try rubbing the plate again.

(Click on the photo to enlarge it.)

Try turning the lights out before touching the pan. Do you see anything when you touch the pan?


Watch this video clip (you'll need a player that plays mpeg video, like Microsoft ActionMovie) and listen to the excitement after the lights are turned out! The camera doesn't pick up the spark, but the kids sure do!

For extra excitement, get a neon tube (Neon Gas Spectrum Tube, catalog item #60910, available for about $20 from Edmund Scientific, among other places). Hold the neon tube with one hand keeping a finger over one of the ends. Touch the other end to the pie plate.



(Just for fun, check this out. . . )




What happened when you touched the metal pie pan?

What caused that?

How do you think this experiment relates to the formation of lightning?

Listen to one student's answer. (English only) (Requires an mpeg player like Microsoft's ActiveMovie.) Does thismake sense to you? Why or why not?




It's all about static electricity! Lightning happens when the negative charges (electrons) in the bottom of the cloud (and your finger) are attracted to the positive charges (protons) in the ground (and the pie pan). The resulting spark is like a mini-bolt of lightning.



The accumulation of electric charges has to be great enough to overcome the insulating properties of air. When this happens, a stream of negative charges pours down towards a high point where positive charges have clustered due to the pull of the thunderhead.



The connection is made and the protons rush up to meet the electrons. It is at that point that we see lightning. A bolt of lightning heats the air along its path causing it to expand rapidly. Thunder is the sound caused by rapidly expanding air.


Back to Lightning




[Thunderstorms & Tornadoes] [Hurricanes] [Blizzards & Winter Weather] [Clouds]

Senin, 28 November 2011

Underwater Volcano Experiment



Have you ever heard that hot air rises? That's true! As air heats up, its molecules expand and spread out, making the air less dense than it was before. It floats up through the denser cooler air. As the warm air rises it starts to cool off and its molecules move closer together, causing it to sink again. This circulation is called convection, and the rising and falling of the air are called currents. Convection currents are part of what causes different kinds of weather. (You'll find out how in the next experiment.)

We can't see convection in the air; do you think water might act the same way? Do this experiment to find out!
You should have an adult help you with the hot water and the knife.

Materials

Large glass jar or beaker
Small cup or beaker (it needs to fit inside the jar)
Food coloring
Knife
Plastic wrap
Rubber band
Water

Procedure:

Fill the small cup or beaker with very hot (almost boiling) water and add several drops of food coloring. Stretch the plastic wrap smoothly over the cup and seal it with the rubber band. (The plastic wrap will puff up--this is because the hot air above the water is expanding!)
Fill the jar almost full with cold water from the tap.
Use a pair of tongs to set the cup of hot water in the bottom of the jar.
Slice open the plastic wrap with the knife and watch what happens! (One long gash should do it.)

What happened? The hot water was less dense than the cold water surrounding it, so it rose to the top in a convection current. What happens as the colored water gets to the top? Does it stay there? Why or why not?

Kamis, 24 November 2011

Cloud in a bottle


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Home > Science Experiments > Density > Cloud in a Bottle
Cloud in a Bottle
Have you ever wondered how clouds form?
Cloud in a Bottle

1 2 3 4 5
(7 Reviews)

Have you ever wondered how clouds form? Moist air rises in the atmosphere, cools, and water droplets form into clouds. Making your own cloud is a popular experiment in many science books, but it can be a little tricky. Sometimes the results are a little hard to see, but practice always makes perfect.

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Materials

1-liter clear plastic bottle with cap
Foot pump with rubber stopper attached
Water
Rubbing alcohol
Safety glasses

Or, check out the Cloud in a Bottle Activity Kit.

Experiment
Video
Reviews

Adult supervision is required!

Put on your safety glasses and start by pouring just enough warm water in the bottle to cover the bottom.
Swirl the water around and then put the rubber stopper in the bottle.
Start by pumping the foot pump five times. You will notice that as you start to pump, the rubber stopper will want to pop right out. Hold it in the bottle tightly, being very careful not to let it fly out of the bottle.
After five pumps, pull the stopper out of the bottle. You'll likely see a very faint "poof" of a cloud. There wasn't enough pressure in the bottle to make a good cloud, but now you are starting to get the feel of the foot pump.
Repeat the experiment again, but instead of five pumps, pump the foot pump ten times. You'll notice that the more you pump, the harder it is to keep the stopper in the bottle. Just remember to hold it in there tightly. When you are done pumping, pull out the stopper. You should see a slightly more visible cloud this time.
Now that you have a good feel for how the experiment works, fill the bottom of the bottle again and pump the foot pump 15-20 times. You want to put about 9 kg (20 lbs) of pressure in the bottle.
When you remove the rubber stopper, you should see a good cloud.

Okay, so you've mastered the technique and you're ready for an even better cloud? Make sure you are still wearing your safety glasses. Place just a few drops of rubbing alcohol in the bottom of the 1-liter bottle. Swirl the alcohol around in the bottle, making sure to coat the sides. Then put the rubber stopper in the bottle. Follow steps 3-7 above to make a more visible (and more impressive) cloud.
How does it work?

Even though we don't see them, water molecules are in the air all around us. These airborne water molecules are called water vapor. When the molecules are bouncing around in the atmosphere, they don't normally stick together.

Pumping the bottle forces the molecules to squeeze together or compress. Releasing the pressure allows the air to expand, and in doing so, the temperature of the air becomes cooler. This cooling process allows the molecules to stick together - or condense - more easily, forming tiny droplets. Clouds are nothing more than groups of tiny water droplets!

The reason the rubbing alcohol forms a more visible cloud is because alcohol evaporates more quickly than water. Alcohol molecules have weaker bonds than water molecules, so they let go of each other more easily. Since there are more evaporated alcohol molecules in the bottle, there are also more molecules able to condense. This is why you can see the alcohol cloud more clearly than the water cloud.

Clouds on Earth form when warm air rises and its pressure is reduced. The air expands and cools, and clouds form as the temperature drops below the dew point. Invisible particles in the air in the form of pollution, smoke, dust or even tiny particles of dirt help form a nucleus on which the water molecules can attach.
Additional Info

Meteorologists young and old will marvel at our selection of scientific weather supplies.

Sources for this information included the Exploratorium website and the National Hands-on Science Institute.
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Fog in a jar




Fog is a cloud that touches the ground or the surface of a body of water.


Make Fog in a Jar!

The purpose of this experiment is to observe fog formation.






Black paper





Gallon jar


Colored warm water




Matches




Gallon size bag of ice


1. Tape the black paper on the back of the jar, so you can't see through the jar.

2. Fill one third of the jar with colored warm water.

3. Light the match and hold it over the jar opening.

4. After a few seconds, drop the match into the jar and cover the top of the jar with the bag of ice.

5. Record your observations.



Can you see anything happening inside the jar?

You should see a little cloud form. Repeat the experiment until you do.

Why does the cloud form?

The warm water heats the layer of air that it touches. Some of the water evaporates into the air forming water vapor. The warm air containing water vapor rises, and then cools, as it comes in contact with the air cooled by the ice. When the water molecules cool, they slow down and stick together more readily. The particles of smoke act as nuclei for “bunches” of water molecules to collect on. This process is called condensation.


As the atmosphere (air) cools, water vapor suspended in the atmosphere condenses into water droplets around condensation nuclei (tiny particles of dust, ash, pollutants, and even sea salt).



Back to Clouds




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Twister Experiment



How long does it take to empty a soda bottle full of water? You'll amaze your dinner guests and explore some of the scientific properties of air and water when you learn how to empty a full bottle of water in just a few seconds!

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Kamis, 17 November 2011

Stalactite Experiment


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Toddler Science: Fruit Loop Rainbow Mobile




Toddler Science: Learn About the Colors of a Rainbow by making a cute mobile with Fruit Loops Cereal. Or make this mobile in celebration of St. Patrick's Day.





fruit-loop rainbow DESCRIPTION

Introduce the colors of the rainbow by using the pneumonic Roy G. Biv and make a mobile.
MATERIALS

Fruit Loop Cereal

1 Dixie or Thick White Paper Plate

1 thin wire hanger or ribbon to hang finished rainbow

Tacky Craft Glue (Elmer's will not hold well)

Colored Tissue Paper

Mailing Tape

OTHER MATERIALS

Wire Cutters or strong scissors if you use hanger as method to hang.

Ribbon and Hole Punch if you plan to hang using ribbon or yarn.

STEPS

Cut white paper plate in half or a little bigger than half.

If you plan to hang your rainbow using a ribbon. Punch two holes in the top of the plate and string the ribbon through and tie.

Place Fruit Loops in bowl and have your child sort colors into another small container or small dish. We sorted one color at a time.

Start on the outer rim with the red Fruit Loops. Put Glue on the rim of the plate in a very thick line.

Have your child line up the red Fruit Loops onto the glue.

Make another thick line of glue inside of the red for the orange row.

Continue until you reach the purple and let dry for a few hours.

Glue any loose Fruit Loops. We had about two that needed additional glue. Let dry.

Cut tissue into strips.

Turn rainbow over and place a line of glue across the bottom. We just used Elmer's for this.

Have your child place tissue along the back. Add a second layer of tissue if you wish.

Let dry. Bend the hanger by pulling the bottom downwards to form an oval. Using the other half of the plate, shape the hangar to fit the back under the rim. It doesn't need to be perfect just relatively flat. Bend and cut with wire cutters.

Tape to the back of finished rainbow.

TIPS AND SUGGESTIONS

Use a tacky craft glue that is fast drying to help adhere Fruit Loops. Elmer's is too thin and the cereal will slide around more. Make sure to make a very thick line of glue to hold cereal in place. You may need to add glue to a few loose Fruit Loops after drying. We had a couple we had to add more glue to.

We used a thick Dixie Plate. I am not certain that a thinner one would have held the Cheerios in place as well.

OTHER IDEAS
Indoor Rainbow
Materials: Drinking Glass, Water, Mirror and Flashlight Here is a quick toddler science activity. Fill a large drinking glass with water. Place a small mirror in the glass. Tilt the mirror slightly. Go to a dark room with white walls. Shine the flashlight onto the mirror. A rainbow appears on the wall. You may need to adjust the angle of the mirror if you do not see the rainbow. Explain to your toddler what happens and name the colors in the rainbow together.

EDUCATIONAL NOTES

A book is a great way to introduce a toddler science activity. Go to the library or a bookstore and find a book on rainbows. Or find pictures online of a rainbow.

Introduce the pneumonic Roy G. Biv (red, orange, yellow, green, blue, indigo and violet) to help learn the colors of the rainbow in the order they appear.

SCIENTIFIC PROCESSES USED

Observation
Seeing a rainbow and its colors in a book or online.
Hearing and listening to directions given.

Communication
Oral Verbal directions on where to place the fruit loops.
Pictorial Showing pictures of a rainbow or finding a book on rainbows.

Organizing
Grouping cereal by color.

BOOKS
Books are always a great way to introduce toddler science activities.




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Rainbow Experiment


green teaching tiny tots header

Home
What's New
Teaching Tots Blog
Photo Fun
Share This Site
Be Featured at TTT
Advertising & Product Reviews


Toddler Science: Fruit Loop Rainbow Mobile




Toddler Science: Learn About the Colors of a Rainbow by making a cute mobile with Fruit Loops Cereal. Or make this mobile in celebration of St. Patrick's Day.





fruit-loop rainbow DESCRIPTION

Introduce the colors of the rainbow by using the pneumonic Roy G. Biv and make a mobile.
MATERIALS

Fruit Loop Cereal

1 Dixie or Thick White Paper Plate

1 thin wire hanger or ribbon to hang finished rainbow

Tacky Craft Glue (Elmer's will not hold well)

Colored Tissue Paper

Mailing Tape

OTHER MATERIALS

Wire Cutters or strong scissors if you use hanger as method to hang.

Ribbon and Hole Punch if you plan to hang using ribbon or yarn.

STEPS

Cut white paper plate in half or a little bigger than half.

If you plan to hang your rainbow using a ribbon. Punch two holes in the top of the plate and string the ribbon through and tie.

Place Fruit Loops in bowl and have your child sort colors into another small container or small dish. We sorted one color at a time.

Start on the outer rim with the red Fruit Loops. Put Glue on the rim of the plate in a very thick line.

Have your child line up the red Fruit Loops onto the glue.

Make another thick line of glue inside of the red for the orange row.

Continue until you reach the purple and let dry for a few hours.

Glue any loose Fruit Loops. We had about two that needed additional glue. Let dry.

Cut tissue into strips.

Turn rainbow over and place a line of glue across the bottom. We just used Elmer's for this.

Have your child place tissue along the back. Add a second layer of tissue if you wish.

Let dry. Bend the hanger by pulling the bottom downwards to form an oval. Using the other half of the plate, shape the hangar to fit the back under the rim. It doesn't need to be perfect just relatively flat. Bend and cut with wire cutters.

Tape to the back of finished rainbow.

TIPS AND SUGGESTIONS

Use a tacky craft glue that is fast drying to help adhere Fruit Loops. Elmer's is too thin and the cereal will slide around more. Make sure to make a very thick line of glue to hold cereal in place. You may need to add glue to a few loose Fruit Loops after drying. We had a couple we had to add more glue to.

We used a thick Dixie Plate. I am not certain that a thinner one would have held the Cheerios in place as well.

OTHER IDEAS
Indoor Rainbow
Materials: Drinking Glass, Water, Mirror and Flashlight Here is a quick toddler science activity. Fill a large drinking glass with water. Place a small mirror in the glass. Tilt the mirror slightly. Go to a dark room with white walls. Shine the flashlight onto the mirror. A rainbow appears on the wall. You may need to adjust the angle of the mirror if you do not see the rainbow. Explain to your toddler what happens and name the colors in the rainbow together.

EDUCATIONAL NOTES

A book is a great way to introduce a toddler science activity. Go to the library or a bookstore and find a book on rainbows. Or find pictures online of a rainbow.

Introduce the pneumonic Roy G. Biv (red, orange, yellow, green, blue, indigo and violet) to help learn the colors of the rainbow in the order they appear.

SCIENTIFIC PROCESSES USED

Observation
Seeing a rainbow and its colors in a book or online.
Hearing and listening to directions given.

Communication
Oral Verbal directions on where to place the fruit loops.
Pictorial Showing pictures of a rainbow or finding a book on rainbows.

Organizing
Grouping cereal by color.

BOOKS
Books are always a great way to introduce toddler science activities.




Share this page: Facebook Twitter






search teaching tots
Google
Custom Search





Toddler Activities
Holiday Crafts Seasonal Crafts
First Activities
Toddler Recipes
Holiday Treats
Toddler Party Ideas
Holiday Parties Party Favors
Toddler Math
Toddler Science
Earth Day
Toddler Toys
Toddler Books
Making Books
Active Toddler
Toddler Travel
Setting Up


For More Party Ideas See Our Latest Site

Perfect Parties
twitter icon

google+ button
| Homepage | Return to Top | Return Toddler Science |
| Contact Us | About Us | Privacy Policy |Disclaimer |

Page copy protected against web site content infringement by Copyscape

Copyright© 2008-2011 teaching-tiny-tots.com.