A new series of graph books is now available from Schottenbauer Publishing, both in English and in German translation.
Golf Science
(German/Deutsch Title: Golf Wissenschaft)
This book series contains graphs of golfing equipment in motion. Volume 1 shows the trajectories of various golf balls as they bounce on concrete, and the movement of a selection of clubs, irons, and a putter as they swing and hit balls in the lab. Graphs demonstrate a variety of techniques, including the presence and lack of follow-through in laboratory conditions.
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A new series of graph books is now available from Schottenbauer Publishing, both in English and in German translation.
The Science of Baseball, Volumes 1 & 2
(German/Deutsch Title: Die Wissenschaft der Baseball: Bände 1 & 2)
This book series contains graphs relevant to baseball and softball. Volume 1 shows the trajectories of plastic baseballs ejected from a pitching machine, including hardball, softball, pop fly, and grounder patterns. A subset of graphs also show lateral drift of the ball during a windy day. Volume 2 compares and contrasts a variety of balls and bats. These include bats made from wood, plastic, and aluminum, which are tested on an official baseball, two safety balls, plastic balls with and without holes, a wiffle ball, and a softball. Experiments show balls falling and rebounding from bats and a concrete floor, balls rebounding as they hit a piece of plywood set at various angles, and bats hitting balls from a stationary tee.
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Two new science books are now available from Schottenbauer Publishing, both in English and in German translation.
The Science of Balls: Sampler Edition
(German/Deutsch Title: Springen, Rollen, & Fliegen: Die Wissenschaft des Kugeln: Probe Ausgabe)
An overview of the 8-volume series Bounce, Roll, & Fly! The Science of Balls, contains graphs of 24 sports balls as they bounce, roll, and fly in translational and rotational motion. Balls include baseballs (official, safety, and plastic), basketball, cricket ball, dodge ball, football, golf balls (official, foam, and plastic), hackeysack, hockey balls (field, low-density street, and high-density street), kickball, lacrosse ball, ping pong ball, racquetball, rugby ball, soccer ball, softball, tennis ball, toy ball, and volleyball. The graphs and data contained in this book can be used by teachers and parents to supplement traditional lesson plans.
Bonus: These graphs correspond to three videos available on YouTube, under the playlists “Science Lab Manuals” and “Sport Science.” Direct links are located below:
Videos of Sport Balls
Additional information is available at: BallSportScience.Blogspot.com.
The Science of Marbles: Volume 3
(German/Deutsch Title: Die Wissenschaft von Murmeln: Band 3)
This volume contains graphs of marbles moving on a variety of inclined surfaces, including flat wood and curved metal inclines. Paths are complex, with an initial incline followed by a flat surface, drop, ramp, or wall. Comparison graphs include free fall and bouncing on carpet. The experiments focus on four marbles, plus a rubber ball for comparison. These data can be used for lesson plans by teachers and parents. Additional information is available at: ScienceandMathEducation.Blogspot.com.
Additional Information
Teachers who want to include graphs into a traditional science, math, literature (science writing), music, health, and/or physical education lessons can find ample resources in lab manuals published by Schottenbauer Publishing. Over 100 different collections of graphs and anthologies are available, with most translated into both English and German.
Science lab manuals by Schottenbauer Publishing fall into the following general categories:
- Sports
- Transportation
- Construction
- Environment
- Music
- Entertainment/Toys
- General Physics
Also available are a set of anthologies, each consisting of 28 graphs selected from the above categories. Each anthology is focused on a specific theme, and contains a variety of types of graphs.
In order to highlight the selections of graphs available, four lab series are described in more detail below: ball sports, hockey, figure skating, and athletic training. These series provide excellent examples of sport science data which can be integrated easily into traditional classes:
- Over
30 Sport Balls Included
- Multiple
Forms of Motion (x, y, time)
- Bouncing
- Rolling
- Projectile
Motion
- Various
Surfaces
- Wood
- Linoleum
- Carpet
- Concrete
- Foam
- Force
Plate
- Air
Pressure Comparison for Inflatable Balls
- Basketball
- Soccer
Ball
- Volleyball
- Comparison
Balls
- Golf
Balls
- Baseballs
- Street
Hockey
- Motion
(x, y, time)
- Multiple
Objects for Comparison
- Field
Hockey Ball
- Street
Hockey Balls
- Ice
Hockey Pucks
- Air
Hockey Pucks
- Multiple
Surfaces
- Carpet
- Wood
- Ice
- Synthetic
Ice
- Air
Table
- Impact
Forces
- Instantaneous
Force (Collision)
- Continuous
Force (Pushing)
- Collisions
- Position,
Velocity, Acceleration, & Force Data
- Multiple
Surfaces
- Ice
- Synthetic
Ice
- Wet
- Dry
- Multiple
Skates
- Bob
Skates
- Child
Double-Runner Skates
- Hockey Skates
- Figure Skates
- 2
Sizes
- 2
Types of Blades
- Blade
Preparation
- Weights in Skates
- Hockey
Puck Motion
- Forces
of Vertical Motions
- Forces
of Skate Support for Ankles
- Ice Melting
- Multiple
Common Sport Actions Analyzed
- Walking
- Jogging
- Running
- Jumping
- Push-Ups
- Sit-Ups
- Jumping
Jacks
- Jumping
Rope
- Volume
1: Force & Acceleration
- Volume
2: Biophysics
- Joint
Angles (Range of Motion)
- Electrical
Signals of Heart (EKG) & Muscles (EMG)
- Breathing
Patterns & Lung Capacity (Spirometer)
- Blood
Pressure & Heart Rate (Pulse)
- Volume
3: Motion (x, y, time)
These graphs can be used as part of virtually unlimited lesson plans, including:
Possible Lesson Plans
- Graph Reading
- Identifying Minimum & Maximum
- Determining Graph Shape
- Redrawing the Graph on a Different Scale
- Mathematical Modeling
- Writing the Graph's Equation
- Transforming the Graph's Equation
- Theoretical Analysis
- Describing the Scientific & Mathematical Concepts Related to Graph(s)
- Describing the Scientific & Mathematical Theories Related to Graph(s)
- Identifying the Theoretically Ideal Graph & Comparing to Individual Graph(s)
- Understanding Measurement Error & Other Types of Error
- Comparison & Contrast of Specific Graphs
- Science Writing
- Describing a Graph in Words
- Written Comparison & Contrast of Graphs
- Describing Scientific Concepts & Theories Relevant to Graphs
- Developing Theories Based on Graphs
- Re-writing Graph Titles in Scientific Format
- Practicing Different Styles of Writing about Graphs (e.g., Journalistic, Scientific, Practical/Colloquial)
- Exploratory Research
- Data-Mining
- Developing Theories Based on Graphs
- Open-Ended Questions (e.g., Look at this book of graphs and write about a topic of interest.)
- Estimation Skills
- Understanding Range & Order of Magnitude
- Developing Theoretical Comparisons from Commonly Available Data (e.g., Here is a graph of someone throwing a shot put. What would a graph look like if it were thrown by a child? By an Olympian in 1950? By an Olympian today?)
A full listing of graph topics, indexed by book series and data type, are available in a Teacher Resource Guide from the publisher. Additional information is also available at ScienceandMathEducation.Blogspot.com and SportScienceEducation.Blogspot.com.
Books from Schottenbauer Publishing are available from Amazon & Worldwide Affiliates, Barnes & Noble, Books-a-Million, CreateSpace (Wholesale & Retail), Powell's Books, and other internet retailers.
Golf Science
