Sunday, August 30, 2009
Friday, August 28, 2009
Behavioral Books for Kids!
Nobody wants to take out the trash in IT'S NOT MY JOB by Ted Lash, published by Munchweiler Press, After moving into their new home, the mother purchases beautiful trashcans and places one in each room. But what good is a trashcan when no one wants to empty it? Need-less-to-say, the trashcans quickly begin to overflow with trash, and as the weeks go by, the trash starts to spill out onto the floor. When an emergency occurs, because of them not taking out the trash, everyone decides to work together to clean up the house and find what they have lost. Lashes book would make a magnificent addition to school libraries worldwide. Children of all ages will enjoy this book and, with any luck, will learn an important lesson about cleaning up after themselves. Have you ever tried to teach old dogs new tricks? Well, Alison has in Charles Vald's CANT TEACH AN OLD DOG NEW TRICKS published by Writers-Exchange Publishing). However, Tony the dog isn't interested, but Alison doesn't give up. Val’s story is inspirational, and is a great way to teach children to never to give up, and that looks can be deceiving. Also available from this publisher is CHIP'S SHARING DAY by Linda Derkez. Chip doesn't like to share anything of his, but in this delightful book, he learns that being 'kind and nice and fair' will take him much further than being selfish and rotten. Parents will enjoy reading this charming picture book to their children, as it teaches them the consequences of not sharing. What about doing something that you know you'll get in trouble for later? Joel, his brother Ricky, and his cousin, Lisa find themselves in that exact predicament in WATCH OUT FOR JOEL: LONG SHOT by Sigmund Brower, after hitting a bull in the head with a rock shot from their giant slingshot. Will they lie about it? Find out by getting this book from Bethany Backyard Another book on the horrible subject of lying is NO MORE GOOSEBERRY PIE by Dorothy Thompson. When the smell of gooseberry pies cooling on the windowsill become too much for one little boy to bear, he swipes them, eats them, only to have a tummy ache later, and then denies it. Children learn from the boy in the story when he tries to lay his way out of a sticky situation.Off the Top of my Head talented children’s e-book authors to check out:Sherry Baldwin, Rick E. Patton and Katrina A. Patton, Caroline Arnold, Jennifer LB Lease is a 34-year-old mother of three from Maryland. She is a published author of several children’s fiction books, one young adult fantasy book, and a paranormal romance novel. Lease also freelances children's non-fiction books for book distribution and packaging companies.She reviews children’s books for several online magazines, including her own its Only Ink! Children's Book Reviews, as well as for Fiction Forum, Preschool Entertainment, Got to Write Network, The Best Reviews, and Midwest Book Review. Jennifer is also a freelance copyeditor for Writers Exchange E-Publishing, as well as for individual authors and publishers. Leases experience comes from the above as well as from her published books and articles, and from her professional book reviews and columns.As half of JV Harley, Lease writes gothic, fantasy novels for teenagers with published author Valerie Hardin. Their first book is "Gargoyle Tears".Lease lives in Maryland with her three children, Nicholas, Cameron, and Jordan. She volunteers regularly at her children's school where she heads the Bester Elementary PTA as Vice President. Married fourteen years to the love of her life, Jennifer knew she would marry Thom the moment she laid eyes on him
Did you find this article useful? For more useful tips and hints, points to ponder and keep in mind, techniques, and insights pertaining to kids books, do please browse for more information at our websites.www.infozabout.comwww.kidsboks.infozabout.com
Article Source: http://articlenexus.com
Did you find this article useful? For more useful tips and hints, points to ponder and keep in mind, techniques, and insights pertaining to kids books, do please browse for more information at our websites.www.infozabout.comwww.kidsboks.infozabout.com
Article Source: http://articlenexus.com
Fun Kids Projects - Magnets
Magnets and the importance of knowing what they are and how they are used are important in science and you can help kids to learn these with some experiments and fun projects. Many of us use magnets every day. Toys, televisions, even your fridge use magnets.
A magnet is any material that attracts other materials to it. In general you'll find magnets made of iron or alloy, though they can be made out of copper or other metals as well. We use magnets to manipulate metals in order to get them to do what we want. We use them to help keep doors closed, to keep things in place while upright, to help us find direction (compasses) and for many, many other uses.
One of the first experiments in science classes is about magnets. They help students learn what magnets are and how they are used. They can even learn how to create their own magnets. There are a number of creative ways to share with kids how magnets work. Here are a few fun projects you can do with magnets.
Making a Compass With Magnets
First, you will need a few materials:
A bowl filled with waterA metal pinA magnetA cork
Hold one end of a pin in one hand. Take a magnet in your other hand and rub the magnet up from the base. Slide the magnet along the pin to the tip. Release the magnet from the pin when you get to the end.
Don't rub the pin back and forth with the magnet. You just want to rub the pin in one direction.
Do this same movement 30 times or more.
Next, push the pin through the cork evenly so the cork is in the middle of the pin.
Put the pin with the cork in the water filled bowl. (Make sure the bowl isn't made of metal.) The pin should be magnetic enough to point North.
As a bonus experiment, try seeing how strong your new pin magnet is by trying to pick up small metal objects with it, like a paper clip.
Bring the pin magnet in the bowl close to something metal or televisions set and see what happens.
Polar Attraction
Magnets have a north and south magnetic side. You will notice that if your force two magnets together, they will either attract hard or they won't attract at all.
If you put north and south magnetic sides together, they will attract to one another.If you put two south sides, or two north sides together, they will not attract to one another, or they will repulse.
For this experiment, you'll discover the force of the attraction or the repulsion of the magnet.
Have two flat magnets, one end will be north, the other will be south.
Slide two opposite ends together. They will instantly attract to one another. North and south poles on the magnet attract one another.
Now try to press two north sides of a magnet together. You might be able to feel as the poles repulse against one another.
Do the same thing with the south sides. Again, you might notice the poles are repulsed by each other.
Place your magnets down on a table. Take one magnet with north side pointing out and scoot it along close to another magnet's north side. You might notice that the magnet on the table actually tries to move away from the one you are holding. In fact, the magnet might try to turn itself around. The south side is attracting your magnet's north side.
Experiment with pushing around the magnets and see if you can create a 'moving magnet train'. Line magnets up so south sides meet south and north sides meet north. Push the back magnet and watch all the other magnets leap forward. See how many magnets you can get to push other magnets.
Floating Magnet Trick
For this trick, you will need 5 to 8 donut shaped magnets (magnets with a hole in the center and one wooden rod small enough to fit through the magnet, it is preferable if it has a base to it so it can stand up, also made of wood.
First, you need to determine the magnetic forces of the donut magnets and which side is north or south. Remember, polar opposites attract.
For this experiment, you'll want to put three or four magnets along the wooden rod. The placement of the magnets is important. Place all of the magnets with south at the bottom, so when you layer the magnets, the north part of the bottom magnet will attract the south magnet you place on top of it, and the very top of the pile will have a north magnet.
Next, with the next magnet, place the magnet using the north end down. You won't be able to attract it to the north below, so it will continue to 'hover' over the magnets.
You can continue the hovering by placing another magnet on top but make sure the new magnet is south side down. This new magnet will also hover.
Flying Paperclips
This simple trick requires one magnet attached to something like a metal bracket, hanging over a table or tall surface. It also requires one paperclip tied to a piece of string.
Bring the paperclip toward the magnet. The attraction will make the paperclip stick to the magnet.
Measure how far away the clip has to be before the magnet loses its effect by pulling the paperclip away from the magnet using the string.
Bonus: Keep the paperclip flying tying off the string just long enough for the paper clip to 'fly' and not quite reach the magnet.
For an added experiment, hang paper clips off of each other off of the magnet. The magnetic field can have paperclips connect to each other. So see how many paper clips can hang in a line off of the magnet before they are out of range of the magnet and fall off.
Magnets.com is a leading supplier of magnets online. From refrigerator magnets to business cards – we can help you with virtual any promotional need you may have.
Article Source: http://articlenexus.com
A magnet is any material that attracts other materials to it. In general you'll find magnets made of iron or alloy, though they can be made out of copper or other metals as well. We use magnets to manipulate metals in order to get them to do what we want. We use them to help keep doors closed, to keep things in place while upright, to help us find direction (compasses) and for many, many other uses.
One of the first experiments in science classes is about magnets. They help students learn what magnets are and how they are used. They can even learn how to create their own magnets. There are a number of creative ways to share with kids how magnets work. Here are a few fun projects you can do with magnets.
Making a Compass With Magnets
First, you will need a few materials:
A bowl filled with waterA metal pinA magnetA cork
Hold one end of a pin in one hand. Take a magnet in your other hand and rub the magnet up from the base. Slide the magnet along the pin to the tip. Release the magnet from the pin when you get to the end.
Don't rub the pin back and forth with the magnet. You just want to rub the pin in one direction.
Do this same movement 30 times or more.
Next, push the pin through the cork evenly so the cork is in the middle of the pin.
Put the pin with the cork in the water filled bowl. (Make sure the bowl isn't made of metal.) The pin should be magnetic enough to point North.
As a bonus experiment, try seeing how strong your new pin magnet is by trying to pick up small metal objects with it, like a paper clip.
Bring the pin magnet in the bowl close to something metal or televisions set and see what happens.
Polar Attraction
Magnets have a north and south magnetic side. You will notice that if your force two magnets together, they will either attract hard or they won't attract at all.
If you put north and south magnetic sides together, they will attract to one another.If you put two south sides, or two north sides together, they will not attract to one another, or they will repulse.
For this experiment, you'll discover the force of the attraction or the repulsion of the magnet.
Have two flat magnets, one end will be north, the other will be south.
Slide two opposite ends together. They will instantly attract to one another. North and south poles on the magnet attract one another.
Now try to press two north sides of a magnet together. You might be able to feel as the poles repulse against one another.
Do the same thing with the south sides. Again, you might notice the poles are repulsed by each other.
Place your magnets down on a table. Take one magnet with north side pointing out and scoot it along close to another magnet's north side. You might notice that the magnet on the table actually tries to move away from the one you are holding. In fact, the magnet might try to turn itself around. The south side is attracting your magnet's north side.
Experiment with pushing around the magnets and see if you can create a 'moving magnet train'. Line magnets up so south sides meet south and north sides meet north. Push the back magnet and watch all the other magnets leap forward. See how many magnets you can get to push other magnets.
Floating Magnet Trick
For this trick, you will need 5 to 8 donut shaped magnets (magnets with a hole in the center and one wooden rod small enough to fit through the magnet, it is preferable if it has a base to it so it can stand up, also made of wood.
First, you need to determine the magnetic forces of the donut magnets and which side is north or south. Remember, polar opposites attract.
For this experiment, you'll want to put three or four magnets along the wooden rod. The placement of the magnets is important. Place all of the magnets with south at the bottom, so when you layer the magnets, the north part of the bottom magnet will attract the south magnet you place on top of it, and the very top of the pile will have a north magnet.
Next, with the next magnet, place the magnet using the north end down. You won't be able to attract it to the north below, so it will continue to 'hover' over the magnets.
You can continue the hovering by placing another magnet on top but make sure the new magnet is south side down. This new magnet will also hover.
Flying Paperclips
This simple trick requires one magnet attached to something like a metal bracket, hanging over a table or tall surface. It also requires one paperclip tied to a piece of string.
Bring the paperclip toward the magnet. The attraction will make the paperclip stick to the magnet.
Measure how far away the clip has to be before the magnet loses its effect by pulling the paperclip away from the magnet using the string.
Bonus: Keep the paperclip flying tying off the string just long enough for the paper clip to 'fly' and not quite reach the magnet.
For an added experiment, hang paper clips off of each other off of the magnet. The magnetic field can have paperclips connect to each other. So see how many paper clips can hang in a line off of the magnet before they are out of range of the magnet and fall off.
Magnets.com is a leading supplier of magnets online. From refrigerator magnets to business cards – we can help you with virtual any promotional need you may have.
Article Source: http://articlenexus.com
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