Archive for the 'physical science' Category

Teaching Economics with Children’s Literature: Cocoa Ice

cocoaice.gif

Cocoa Ice tells the story of two little girls, each living in completely different parts of the world, whose daily activities directly impact the other.  The first little girl lives in Santo Domingo and helps her family grow and harvest chocolate for a living.  The second little girl lives in Maine, way up north, and helps her family (or rather watches her uncle) harvest ice from the river every winter.

The second little girl’s Uncle rides in a schooner to the island where it is always summer and brings back chocolate in exchange for the ice they harvested in the very cold winter.

It is clear that each of the little girls are fascinated by the process of creating chocolate or harvesting ice and even more fascinated by the faraway land that receives the chocolate or ice they work so hard for.

Curriculum Connections
Cocoa Ice introduces several concepts from the SOLs: 2.7 - describe natural, human, and capital resources, 2.8 - distinguish between use of barter and use of money, 2.9 - explain scarcity (limited resources), and 3.8 - recognize that people and regions cannot produce everything they want and therefore must trade for the rest.

Additional Resources

  • The International Monetary Fund has an interactive trading game available on its website. It allows the player to buy and sell various goods and choose their buying or selling price based on current economic conditions.
  • This lesson plan, called Tortilla Factory, focuses on the various types of resources (human, capital, natural, intermediate).
  • Here is a link to a pdf of a comic strip story called Wishes and Rainbows, by the Federal Reserve Bank of Boston.  It is designed to help illustrate the issues of scarcity.

Book: Cocoa Ice
Author: Diana Appelbaum
Illustrator: Holly Meade
Publisher: Orchard Books
Publication Date: September 2007
Pages: 56 Pages
Grade Range: 3-5
ISBN:0-531-33040-0

Teaching Physical Science with Children’s Literature: Check It Out! Forces and Motion

force-and-motion.jpg

Check It Out! Forces and Motion is written by Clint Twist. It is a short book that introduces force and motion to students with great color photographs of people and animals. It explains direction, force, friction, motion, position, slopes, and speed with real-world examples. The left page explains a new topic and the right page asks the reader a question regarding the topic. The answers with explanatory photos are in the back of the book. There is also a glossary with a kid-friendly pronunciation guide.

Curriculum Connections: This book would be a great introduction book for grades K-3. It describes pushing and pulling and how that can change the movement of an object. It discusses slopes which would be an introduction to simple machines such as an inclined plane and wedge.  VA Science SOL 1.2(c) and 3.2.

 

Additional Resources:

  • SCIENCE ONLINE is a great website for students. It covers many different topics of science. It has a page on force and motion. The site provides lesson plans for teachers, interactive games for students, science video clips and worksheets. It’s your one-stop shop for all things science!

  • This Harcout website has great interactive videos for science. It divides the activities by grade level. The physical science activities are at the bottom of the page.

  • forcesmakethingsmove.jpg  Forces Make Things Move is another great book on force, push, pull, friction and gravity. This book is more advanced. It would be appropriate for grades 3-5. It uses interesting examples that students should be able to easily conceptualize. It is written by Kimberly Bradley and illustrated by Paul Meisel.

  • invisibleforce.jpg An Invisible Force: The Quest to Define the Laws of Motion talks about the lengths scientists had to go from 1493 through the 1600’s to tell the world about gravity, stars and the solar system. This books gives students the background on who made these discoveries, how the rest of the world came to learn of them and how important the discoveries are in modern day life. This book would be appropriate for grade 5 and beyond. The back of the book has a glossary and scientific websites. National Air and Space Museum has a site that explains ‘How Things Fly.’

  • Another website has a more in depth discussion on Sir Isaac Newton and the laws of gravity.

General Information:
Book: Check It Out! Forces and Motion
Author: Clint Twist
Illustrator: Clint Twist
Publisher: Bearport Publishing Company, Inc.
Publication Date: 2006
Pages: 24
Grade Range: K-3
ISBN: 9781597160612

 

 

Teaching Physical Science with Children’s Literature: The Science Book of Gravity

images2.jpg

The Science Book of Gravity, written by Neil Ardley, explores the gravity with 12 hands on experiments that are great for in class work.  The book begins by explaing gravity and its significance to many things ranging from simple falling to how it holds the galaxies together.  After that the book gives 11 different experiments that can be carried out easily in the classroom.  For each experiment there are easy to follow pictures and instructions.  These experiements range from exploring how size is independent of speed on an inclined plane to exploring the center of balence on an irregular shape to how air pressure can prevent water leaks in a bottle.  Each experiment is accompanied by a short explanation as to why the experiment works.

Curriculum Connections
This book is designed to work with students on gravity, but also touches on some more advanced topics in science.   It would be useful for hands on experiments for 4-6 grade.  It works on VA SOL’s 4.2, 6.2, 6.8.

Additional Resources

  • Schoolhouse Rocks provides a nice introduction to gravity with a song and video.  These videos can be used to engage the students and provide practical ways gravity affects us in a fun way.
  • Science Netlinks provides some easy ways to introduce gravity using things you can find around the school yard.  It also has some ways to use gravity throughout a unit plan to keep the students engaged.
  • Your Weight on Other Worlds explores how gravity on different planets can affect how much you weigh.  It is a nice way to show that your weight is not a constant but a product of gravity.

Book: The Science Book of Gravity
Author/Illustrator: Neil Ardley
Publisher: Harcourt Children’s Books
Publication Date: September 1992
Pages: 28 pages
Grade Range: 4-6
ISBN-13: 978-0152006211

Teaching Physical Science with Children’s Literature: Move It! Motion, Forces, and You

moveit.jpg

Move It!: Motion, Forces, and You, written by Adrienne Mason, illustrated by Claudia Davila, is a great introduction to motion and force for students.  The book is filled with concise descriptions of force in the form of pushing, pulling, throwing, kicking, lifting, and stopping.  Force is described in situations that students are familiar with:

“To throw a ball to someone far away, you need to use a lot of force (a big push).  To throw to someone closer, you need less force.  The more force you use to move something, the greater the distance it will move” (p.12).

Move It! also discusses gravity and friction.  This book is very student-friendly as it uses pictures of children engaged in games and playground activities to depict the use of force.  In addition to the descriptions of force, there are fun activities throughout the book, as well as a section of additional information and activities for parents and teachers at the end.

Curriculum Connections
Move It! Motion, Forces, and You is a wonderful resource in the teaching of motion and force.  The book nicely correlates with the Virginia Science Standard of Learning 1.2.  According to this SOL, students are expected to grasp the concept of moving objects exhibiting different kinds of motion.  This includes pushing and pulling and its effect on objects, as well as the observation of motion in toys and playground activities.

Additional Resources

  • Football Activity: This is an easy activity to get students talking about force and motion using rubber balls and straws.  The summary section of this link also provides good information for teachers to share with students.
  • Washer Lesson Plan: This is a lesson plan dealing with force using scrap paper and metal washers.  There is also a very good homework worksheet at the end of the lesson.
  • Push/Pull Worksheets: This link will take you to three easy worksheets dealing with pushing and pulling forces.

Book: Move It!: Motion, Forces, and You
Author: Adrienne Mason
Illustrator: Claudia Davila
Publisher: Kids Can Press
Publication Date: August 2005
Pages: 32
Grade Range: K-3
ISBN-10: 1553377583

Teaching Physical Science with Children’s Literature: Flick a Switch: How Electricity Gets to Your Home

203452111.jpg

You flick a switch to turn on a light or to turn on your computer.  You know electricity makes it happen; but, where does the electricity come from?  The path electricity takes from the power plant to homes and businesses is described in Flick a Switch:  How Electricity Gets to Your Home by Barbara Seuling with illustrations by Nancy Tobin.  This book uses straight-forward language and bright, kid-friendly drawings to help children understand the science and technology behind generating electricity.   Simple activities that use everyday items to demonstrate electrical circuits are included.

Curriculum Connections
Flick a Switch will help lower elementary students picture how electricity travels from power plants to their homes.  Fourth and fifth grade physical science lessons can incorporate this book into electricity units about conductors, insulators, electromagnetism, and historical figures who contributed to our understanding and use of electrical power (VA SOL 4.3).

Additional Resources

  • Benjamin Franklin took a huge risk when he experimented with lightning.  You want your students to play it safe.  Find a list of electrical safety tips for children at the back of the book Wired by Anatasia Suen or online at Power Kids.
  • When you hear the name Thomas Edison you think light bulb.  When you hear Ben Franklin you think electricity.  But what do you think when you hear Michael Faraday?  Learn more about Faraday, whose work with electromagnetism made the generators in power plants possible.
  • Watch a video that uses a lemon as a “battery” and children holding hands as “wire” to demonstrate conductors and circuits.

BookFlick a Switch:  How Electricity Gets to Your Home
Author:  Barbara Seuling
Illustrator:  Nancy Tobin
Publisher:  Holiday House Inc.
Publication Date:  September 2003
Pages:  32
Grade Range:  1 - 5
ISBN-13:  9780823417292

Teaching Physical Science With Children’s Literature: It’s Not Magic, It’s Science!

9781579908836.jpg

It’s Not Magic, It’s Science! by Hope Buttitta, illustrated by Tom LaBaff and Orrin Lundgren is a great book told from the perspective of a boy named Tim. Tim loves showing off his magic in front of his friends and he begins this book by explaining that magic really is science.

“Since it looks strange to see a magician wearing a lab coat (just look at Lucinda!), most scientists who perform their tricks dress up and act out a fun personality.”

Tim first lists the materials needed for each magic trick followed by detailed steps of what the magician/scientist must do. He then explains the science behind the illusion. “These tricks work because of science, from Newton’s laws of motion and Bernoulli’s principles about fluids to simple electricity, and more. So after you amaze your audience with the magic you can triple wow them with the science.”

It’s Not Magic, It’s Science! is a great book to use to demonstrate various laws of motion, fluids and electricity. Each “trick” is easily explained so that a third or fourth grade student could easily read, understand and perform them.

Curriculum Connections
It’s Not Magic, It’s Science!
is an extremely versatile book containing 50 tricks exemplifying numerous scientific concepts such as: laws of motion, fluids, simple electricity, simple machines, pressure, sound waves, and more. (VA SOL 1.2, 2.2, 3.2, 4.2, 5.2) This book will add excitement to science lessons from kindergarten through sixth grade. First and second graders will be amazed by your magic show and excited to learn the secrets behind the trick. Older students will enjoy learning the tricks inside and out and performing them for the class. I suggest having students follow up their performance with an explanation of the science for a well-rounded activity. The glossary found in the back of the book is an added bonus.

Additional Resources

Book: It’s Not Magic, It’s Science
Author: Hope Buttitta
Illustrator: Tom LaBaff and Orrin Lundgren
Publisher: Lark Books
Publication Date: 2005
Pages: 80
Grade Range: useful for grades 1-6, but 3rd-4th grade reading level
ISBN: 978-1579908836

Teaching Physical Science with Children’s Literature: Forces and Motion

28503200.jpg

Forces and Motion  by Alvin Silverstein, Virginia Silverstein, and Laura Silverstein Nunn, is a book introducing readers to contact forces, forces at work, simple machines, motion and gravity, etc.

When you are sitting still in a chair, what forces are at work?  What happens if you tilt the chair on its back legs, or if ten people sit on your lap?  How do the forces change?  It is easy to see forces at work in a football game or at a theme park, but forces and motion happen in your daily life all the time without you even realizing it.  Well-known science writers Alvin and Virginia Silverstein and Laura Silverstein Nunn explain different types of forces, how forces and simple machines work, the laws of motion, an dhow the laws act in different substances.  The authors also reveal current research on forces and motion, showing ways that scientists and engineers are using this knowledge to improve almost every part of our modern lives. Here are a few excerpts.

1. Are you ready to kick the game-winning field goal?  the football player asks himself.  He swings his leg back and kicks the ball with tremendous force, sending it flying way up in the air.  The ball twists and turns until finally the referee throws his arms up and yells:  “It’s good!”  Without that hard, forceful kick made my the football player, the ball might now have reached its target.  Forces at work keep the action going in a football game. (pg. 4)

2. Many people do not like working.  But work is more than having a job, doing your chores, or getting your homework done.  In science, work has a very specific meaning.  Work is what happens when a force makes an object move.  Work is done when you sit down, lift weights, dance, or kick a soccer ball. (pg. 30)

Curriculum Connections
Forces and Motion
is an attractive and inviting book with full-color photographs and diagrams for children in  third and forth grade. For third grade, this book will allow students to investigate and understand simple machines and their uses (VA SOL 3.2).    For fourth grade, Forces and Motion will allow students to investigate and understand characteristics and interaction of moving objects (VA SOL 4.2).

Additional Sources

  1. An Invisible Force is a book student can read and follow the quest to understand the laws of motion and gravity.
  2. This website has various activities the students can conduct to understand force, matter, energy, and motion.
  3. This lesson plan introduces simple machines and how we see and use them in everyday life.

Book: Forces and Motion
Author: Alvin Silverstein, Virginia Silverstein, and Laura Silverstein Nunn
Publisher: Twenty-First Century Books
Publication Date: 2008
Pages: 112
Grade Range: 4-8
ISBN: 978-0-8225-7514-6

Teaching Physical Science with Children’s Literature: I Fall Down

ifalldown2.jpg

I Fall Down, written by  Vicki Cobb and illustrated by Julia Gorton, is an interactive picture book that allows students to make important discoveries about the force of gravity. Throughout the book, students are asked to perform various tasks as they read, helping them to retain information both through literature and experimentation.

I Fall Down introduces the concept of gravity by encouraging students to observe what occurs when different objects fall. Where do they go? They always fall down! Whether it is a “spoonfool of molasses” dripping into a jar or a little boy who trips on the playground, all objects fall down. After explaining this phenomenon as being merely the ever-present force of gravity, the book then expands upon the concept of gravity by showing that gravity pulls objects at the same speed. If an apple and a paper clip are dropped at the same time, they both reach the ground at the same time. Scientific concepts that are often unrecognized though strongly affect our everyday lives are explored in this book. Students will more easily retain this information through the experimentation and real life connections that it provides.

Curriculum Connections
This would be a great book for first grade students learning about force and motion. Gravity can be introduced as an example of a naturally occuring force that is everpresent within our daily lives.

Additional Resources

  • This powerpoint can serve as a useful introduction to the concepts of force and motion. It introduces basic and essential vocabulary that needs to be understood before expanding upon this topic by introducing heavier topics such as gravity.
  • General Pre/Post-Assessment: This allows teachers to assess what students know about gravity before the lesson, as well as what take away from the lesson. The post-assessment asks students to dig deeper from what they have learned and hypothesize what they think the world would look like if gravity did not exist.
  • Experiment: Students can work in small groups to complete this activity which asks them to hypothesize which item will hit the ground first if dropped at the same time as another item. Not only does this evoke class discussion about why the results turned out as they did, but it also allows students to practice their writing skills.
  • Interactive Website: This is a fun, interactive online activity that creatively explains and illustrates the force of gravity. It is sure to catch and keep the attention of students.

Book: I Fall Down
Author: Vicki Cobb
Illustrator: Julia Gorton
Publisher: HarperCollins
Publication Date: 2004
Pages: 40
Grade Range: 1-3
ISBN: 068817843X

Teaching Physical Science With Children’s Literature: The Science Book of Energy

20_7-5.JPG

Have you ever wondered how objects move or change? Or even pondered how electricity or sound travel through the air? From the literal sense of how energy is part of our everyday to how to build a battery from scratch, The Science Book of Energy defines what energy is and how it is an important part of the environment.  Written by Neil Ardley, The Science Book of Energy brings the world of energy to life with colorful photography and eleven hands-on experiments. The illustrations help introduce and capture an excellent explanation of heat, movement, sound, and how energy is stored.

Energy is the reason that a house can remain lit when the sun has gone down.  It is also the reason that we are able to enjoy heat in our homes during the winter seasons.  Energy allows many of the actions and movements that we usually take for granted.  The Science Book of Energy is a way for children to learn about the type of energy and literally watch it come to life.  The book has step-by-step experiments to show how energy is changed from one form to another.  For example, “motion is a form of energy called kinetic energy”.  The book includes and an experiment on kinetic energy which defines the motion of objects.  Children are able to build their own windmill and watch the energy take place.  The handmade windmill is then related to modern windmills that convert kinetic energy into electrical energy.  The Science Book of Energy helps children to see and understand how energy works.

Curriculum Connections
The Science Book of Energy helps children to learn by experience in a way that they can relate to and understand.  The book covers types of energy from heat, light, and sound.  Throughout the book, children are able to complete hands-on experiments, vibrant colors, and action filled pages.  The Science Book of Energy may be used in a classroom setting to incorporate kinetic and potential energy into a lesson.  The Science Book of Energy is perfect for a classroom setting because it incorporates more than the average elementary readings.

The Science Book of Energy is closely related to SOL’s for grades two through four.  Students are able to investigate and understand different types of energy (3.11).   The book also discusses the movement of objects and how energy takes place (4.2).  The reading covers a general basis for a traditional physical science lesson.  It averages in the range of grades by allowing the teacher to either focus on energy in terms of simple movement, for example with paper and a wire, to an actual power source, for example a battery.

Additional Resources 

  • What is Energy?- Learn what energy is and how it works.  This site includes information for teachers, such as, energy facts, fun and games, energy history, and related classroom activities.
  • Small Engineers and Elementary Science Tools-This website contains an activity book for not only a child’s learning , but also for their enjoyment as well.  It allows children to learn about energy in an enjoyable fashion.
  • Potential and Kinetic Energy-This provides information for other materials relating to measurement at an advanced level that may be used in a classroom setting.

Book: The Science Book Of Energy
Author:
Neil Ardley
Illustrator:
Dave King
Publisher:
Harcourt Brace Javonovich Publishers
Publication Date:
1993-02
Pages:
29 pages
Grade Range:
2-4
ISBN:
0152006117

Teaching Physical Science with Children’s Literature: Day Light, Night Light: Where Light Comes From

 web_day_light.jpg

So where does light come from any way?  Teach your students about the properties of light and its source of heat in a fun and easy way.  Day Light, Night Light:  Where Light Comes From by Franklyn M. Branley & illustrated by Stacey Schuett  beautifully illustrates and simply teaches the reader how the sun, the stars, and light bulbs make light so we can see.

Turn off the light!  Suddenly it’s dark.  But soon you’ll be able to see the things in your room, like your desk or your teddy bear.  They might look fuzzy, but when your eyes get used to the dark, you can see them.  Let’s-Read-and-Find-Out Science series originator Franklyn M. Branley and Stacey Schuett have teamed up to shed some light on the question of how we can see even when it’s dark.  Read this book and you’ll learn how the sun’s light reaches us, and how your night light works.   Branley (1998) writes, “Almost everything we see-books, trees, houses, cars, people, bugs, and birds-reflects light to us.  Without light we could see nothing at all”(pg. 32).  For this Let’s-Read-and-Find-Out Science entry, originally published in 1975, Schuett brings an artistic spirit to Branley’s facts about the origins of light: A child perched in a treehouse discovers light from a luminous jar of fireflies; candles on a birthday cake illustrate the concept of light coming from sources that are hot.

Curriculum Connections
In the area of physical science, the  Virginia Science SOL’s for grades K-3  stresses the importance of  understanding the basic relationship between the sun and the earth, where shadows come from and the basics of energy and matter.  Day Light, Night Light:  Where Light Comes From is appropriate for multiple grade levels and could be used to directly address SOL’s K.7a, K.7 b, 1.6a,  and 1.6b specifically.

If you would like to shed more light on the properties that were discussed  in Day Light, Night Light:  Where Light Comes From, here are a few suggestions for grades K-3:

  • Read the story aloud with the students and talk about what is going on in each picture.
  • Ask questions throughout the story, such as:  “Does a nail make light?”  “Would there be any way that we could make the nail produce light?”
  • Give the white dish experiment as a homework assignment to older students:   Take a white dish into a room and put it down.  Then turn out the light.  At first you won’t see the dish.  Your eyes have to adjust to the darkness.  That means your pupils open wider so they can let in more light.  Then your eyes can use other light sources, like the streetlight outside.  Pretty soon you may see the white dish.  Have the students make predictions about the experitment and then write down their observations.
  • You may also try:  “Look around you.”  “How many things do you see that send out their own light?”  Discuss different things that you might see during the day and different things that you might see at night.

Additional Resources
Try these websites where you’ll find lesson plans, worksheets, activities and coloring pages to aid your physical science education quest.

  • The Science Spot - physical science lesson plans, worksheets, PowerPoint presentations, lab ideas, videos and more links to more cool physical science websites!
  • Discovery Education - a physcial science lesson plan library - grades K-12
  • Learner.org - discusses the science of light and provides several lab ideas
  • Education World - lesson plans and worksheets plus links to other subjects

Book:  Day Light, Night Light:  Where Light Comes From
Author:  Franklyn M. Branley
Illustrator:  Stacey Schuett
Publisher:  HarperCollins
Pulication Date:  1998
Pages:  32 pages
Grade Range:  K-3
ISBN-13:  978-0064451710