Schottenbauer Publishing

Saturday, May 16, 2015

What Age to Start Learning Recorder?

With The Big Print Music Method, almost anyone can learn to play the recorder! With extra-large fingering charts, color-coded keyboards, and oversized staves, The Big Print Music Method provides convenient, easy music education for a wider range of ages and conditions than ever before!

What is the best age for learning recorder? The answer to this question is linked to the size of the recorder. Recorders are available in many sizes, from small to large. The smallest, the garklein, is tiny enough for a 3-year-old child to hold! The sizing chart below provides a guide to selecting a recorder, for individuals of average build:

Age 3+     Garklein in C
Age 5+     Sopranino in F
Age 7+     Soprano in C
Age 10+   Alto in F
Age 15+   Tenor in C
Age 15+   Bass in F

Students should note that tenor and bass instruments are very similar in their requirements for the size of hand, with several caveats. Most bass recorders have keys for the lowest holes in both hands, which ironically makes the fingering span more comfortable than the natural tenor recorder. In contrast, the tenor recorder is available in many models, some of which offer the traditionally large span, and others which feature extra keys and/or a bent neck, resulting in a shorter span between fingers.

A few additional details are useful when choosing a recorder. First of all, buyers should be aware that the tuning requirements for recorder vary widely, due to different historical standards. Students should check that the recorder is in tune with other recorders being used in the same musical ensemble. The term "tuning" refers to the frequency of pitch for the A, which is modern times is usually set at 440 Hertz for all pianos, plus band and symphony orchestra instruments. Historical recorders may be manufactured for a pitch of 442 or 445 Hertz, resulting in instruments which are chronically out of tune with modern instruments. 

Second, it is necessary to know whether the recorder has been created with Baroque/English or German fingerings. Although only slightly different, these fingerings may be difficult to unlearn at a later point in time. Solve this proactively by selecting the right equipment for your school or ensemble!

Third, students should know the proper ranges of the recorder being purchased. The lowest pitch of a recorder is either C or F, although some modern high-end recorders have extensions for one or two lower notes. These conventions around lowest pitch presents a challenge for learning fingerings. The same pattern of fingerings map to different notes, depending on the lowest note of the recorder. Therefore, for the typical student, it is easier to specialize in only recorders in C or recorders in F.

Fourth, buyers should be aware of the options for quality and price range for recorders. The most common models, soprano recorders in C, are usually made of plastic and cost only $3 to $5 at most music stores. These models are fine for learning recorder. Most importantly, the plastic mouthpiece can safely be washed, which is necessary for good hygiene if the recorder is to be played by more than one student. The next most affordable recorders are the plastic garklein in C, sopranino in F, and alto in F, which may be available for $20 to $30 each. Tenor and bass recorders in plastic are usually much higher in cost. The best value is the Harmony recorder set, consisting of plastic models (sopranino through bass), available from West Music for just under $200. Schools, parents, and students who require the best are advised to purchase wooden recorders, which begin around $100 and may cost as much as thousands of dollars each. 

Once a recorder has been selected, consider The Big Print Music Method. free sample of the Big Print Exercises for Soprano Recorder (German Fingerings), is available for download from MusicaNeoExcerpts from several of The Big Print Music Method exercise books and Big Print Ensemble are located below. 

Excerpt from The Big Print Recorder Method Booster

Excerpt from The Big Print Recorder Method,
3-Note Exercises

Excerpt from The Big Print Recorder Method,
Interval Exercises

Excerpt from Big Print Ensemble


The Big Print Music Method is available from MusicaNeo for as little as $4 per e-file. Books in the series are also available in print from AmazonBarnes & NobleBooks-a-MillionCreateSpace, CreateSpace Direct Wholesale, and other internet retailers. 

Worldwide, books in The Big Print Music Method are available through internet retailers such as Amazon in AustraliaBrazilCanadaChinaFranceGermanyIndiaItaly

Sport Science Anthologies of 28 Graphs Each!

Sport science anthologies from Schottenbauer Publishing offer convenient selections of 28 graphs. Excerpted from science lab manuals from the same author, these books provide graphs demonstrating a variety of scientific concepts and mathematical functions. As such, these books are suitable for inclusion in traditional classrooms for projects in writing, science, math, and physical education, from fourth grade through high school, plus some college and university.

Of particular relevance across traditional classes is The Science of Physical Fitness. This anthology provides 28 graphs of common physical fitness activities, including:
  • Aerobic Exercise 
  • Exercise Equipment 
  • Weightlifting 
Graphs contain a selection of physics data including acceleration, velocity, trajectory, and force, as well as biophysics data such as breathing, joint angle motion/positions, blood pressure and heart rate, and the electrical activity of the heart (EKG) and muscles (EMG).

Additional anthology topics include Summer Olympic SportsWinter Olympic Sports, and moreSpecific ideas for incorporating graphs into education are available in the blog Graphs in Education.


Monday, May 11, 2015

Which Book of Graphs to Select?



















With over 8,000 graphs of sports, transportation, construction, environment, music, entertainment, and general physics from Schottenbauer Publishing, it may seem mind-boggling to make any selection. Fortunately, a free Teacher Resource Guide is available, with a chart listing the types of data present in each lab manual. Across the selection of books, data types include:

General Mechanics
  • Video Analysis
  • Force & Acceleration
  • Motion & Rotational Motion
Electricity & Magnetism
  • Power, Current, & Voltage
  • Light Intensity & Magnetic Field
Acoustics
  • Sound Pressure (Microphone) & Sound Level
  • Gas Pressure & Wind Speed
Environment
  • Temperature
  • Water Flow Rate
Health & Biophysics
  • Joint Position & Angles (Goniometer)
  • Electrical Activity of the Heart (EKG) & Muscles (EMG)
  • Breathing Rate & Lung Volume
  • Heart Rate & Blood Pressure

Lab manuals include subject-specific series of books, plus a set of convenient themed anthologies with 28 graphs each. Specific ideas for incorporating graphs into education are available in the blog Graphs in Education.


Friday, April 24, 2015

New Blog, "Graphs in Education," Contains Tips for Teachers & Educators!

Graphs in Education, a new blog by Schottenbauer Publishing, contains tips for teachers, educators, and homeschool parents who seek to integrate graphs into education. Graphs are a flexible tool which can be used for elementary, middle, and high school, as well as college/university classes in math, science, writing/language, physical education, music, and art classes. In the blog Graphs in Education, articles provide sample questions and lesson plans for educators who seek to integrate graphs into classes. Schottenbauer Publishing features over 8,000 graphs, collected into multi-volume series and anthologies in the following categories:

Book Series with Original Graphs

Anthologies of 28 Graphs
  • The World in a Graph
  • Sports [Multiple Volumes Available]
  • Transportation
  • Construction
  • Music
  • Play

A full listing of graph topics from Schottenbauer Publishing, indexed by book series and data type, are available in a Teacher Resource Guide from the publisher. Free blogs with graphs, discussion questions, and videos are also available from the publisher online.


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Sunday, April 19, 2015

NEW! The Science of Baseball: Volumes 1 & 2!

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.

Additional information is available at: BallSportScience.Blogspot.com.



Tuesday, March 10, 2015

NEW! Science of Snow Sports Volume 4!

A new science book is now available from Schottenbauer Publishing, both in English and in German translation.

The Science of Snow Sports: Volume 4
(German/Deutsch Title: Die Wissenschaft der Schneesport: Band 4)

This book contains graphs showing the motion of scale models of skis and a snowboard as they travel on curved inclines. The surfaces, including slightly abraded HDPE/plastic and sheet metal, simulate Alpine slopes and a ski jump of different heights and shapes. A series of comparison graphs also show the motion of a set of wood blocks, a cylinder, and rubber ball, on similar curved surfaces. These comparison objects are also tested on a U-shaped, slightly abraded HDPE/plastic surface, such that the motion of the cylinder and rubber ball simulate oscillating movement reminiscent of the motion of a snowboarder in a half-pipe, although the model contains low, gradually sloping walls.  These data can be used for lesson plans by teachers and parents.



Additional information is available at: SnowSportScience.Blogspot.com.



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Saturday, March 7, 2015

The Science of Yoga, Pilates, & Ballet: New Volume of Graphs!

A new science book is now available from Schottenbauer Publishing, both in English and in German translation.


Stretch, Hold, Move, & Leap!  The Science of Yoga, Pilates, & Ballet: Volume 4
(German/Deutsch Title:  Dehnen, Halten, Bewegen & Springen!  Die Wissenschaft des Yoga, Pilates, & Ballett: Band 4)


Volume 4 features brightly colored graphs depicting a variety of complex moves from yoga, Pilates, and ballet. Examples include a yoga sun salutation, Pilates splits, backbend, and inverted bicycle, and a series of ballet leaps (Glissade, Sauté, Soubresaut, Pas Assemblé, Pas de Chat, Sissonne Fermée, Royale, Grand Jeté, and Cabriole). Graphs show x-y coordinates plotted against time for the positions of the hip, knee, ankle, shoulder, elbow, wrist, and/or head during exercises. For comparison data, the Appendix also contains graphs showing a ball flying through the air, falling, and bouncing on a carpet. These data can be used for lesson plans by teachers and parents.   

Note: These biophysics data are samples from one individual and are not representative of the population.


Additional information is available at: ScienceofYogaPilatesDanceandBallet.Blogspot.com.


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Thursday, March 5, 2015

The Science of Athletic Training & Exercise Equipment: New Volumes of Graphs!

Two new science books are now available from Schottenbauer Publishing, both in English and in German translation.


Walk, Jog, & Run! The Science of Athletic Training: Volume 4
(German/Deutsch Title: Spazieren, Joggen, & Laufen! Die Wissenschaft der Athletisches Ausbildung: Band 4)


This volume includes graphs of complex athletic training exercises, including windmills, split jumps, T-pushups, burpees, squats with arm swings, and more! Graphs show x-y coordinates plotted against time, including positions of hip, knee, and ankle, shoulder, elbow, and/or wrist during exercises. 



The Science of Exercise Equipment: Volume 4 
(German/Deutsch: Heben, Schritten, & Radfahren!  Die Wissenschaft der Fitnessgeräte: Band 4)

Video analyses depict the motions involved in using common exercise equipment, including an L-Sit station, dip station, pull-up station, rowing machine, balance board, exercise wheels for hands and feet, and foam rollers. Graphs show x-y coordinates plotted against time, including positions of hip, knee, and ankle, shoulder, elbow, and/or wrist during exercises. 


Additional information is available at: SportScienceEducation.Blogspot.com.


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Sunday, March 1, 2015

The Science of Gymnastics: Volume 4!

A new science book is now available from Schottenbauer Publishing, both in English and in German translation.


The Science of Gymnastics: Volume 4
(German/Deutsch Title: Die Wissenschaft der Gymnastik: Band 4)


The most colorful edition yet, The Science of Gymnastics: Volume 4 contains 24 brightly colored graphs depicting a variety of moves on pommel horse, parallel bars, and rings, using homemade equipment. Samples include handstands, L-sits, swings, inversions, circles, and more.  Graphs trace the head, shoulders, elbows, wrists, hands, hip, knees, ankles, and/or feet as they move. 


BONUS: Most of the gymnastics moves are available for viewing in a series of free videos on the publisher's YouTube site under the playlists Science Demonstrations and Gymnastics.

Additional information is available at: ScienceofGymnastics.Blogspot.com.




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Thursday, February 26, 2015

The Science of Balls, Sampler Edition & Science of Marbles, Volume 3!


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.



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Tuesday, February 24, 2015

New Sport Science Books: Graphs of Snow Sports & Fencing!


Two new sport science books are now available from Schottenbauer Publishing, both in English and in German translation. 


The Science of Snow Sports: Volume 3 
(German/Deutsch Title: Die Wissenschaft der Schneesport: Band 3)

The physics of snow skiing, snowboarding, sledding, and other winter Olympic events are explored in this series of books containing sport science graphs. Volume 3 focuses on the acceleration and altitude of a small round sled on a variety of ice-topped, snow-covered inclines. Most graphs contain data of the sled released freely. Comparison graphs include pushes laterally, uphill, and downhill, as well as turns, drops, lifts, and flips. Additional information is available at: SnowSportScience.Blogspot.com.



The Science of Fencing: Volume 2 
(German/Deutsch Title: Die Wissenschaft des Fechtens: Band 2)

The sport of competitive Olympic fencing is an exciting and practical topic for practicing math and science skills, such as spatial orientation and coordinate transformation. Volume 2 includes graphs of the position and movement of both sword and fencer. The data in this volume are relevant to all types of fencing, including epee, foil, and sabre. Additional information is available at: ScienceofFencing.Blogspot.com.







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