Have you ever wondered why the average handicap on the USGA has barely improved in the last 20 years? The answer is very simple:

a) The Golf Swing is very difficult to understand and to perform.

b) The average weekend golfer would love to improve but doesn´t have the time or the interest to spend long hours practicing.

After studying the golf swing for over 25 years, JF Tamayo has developed a revolutionary method proved for the weekend golfer of any level to significantly improve distance and accuracy from day one, based on three main principles:

1) FOCUS ON CHANGES THAT MOST POSITIVELY AFFECT RESULTS: Opposite to the traditional methods, this book will only ask you to make changes in the most relevant parts of the swing needed to hit solid and consistent shots: the backswing and the transition between the backswing and the downswing.

2) LEARN HOW TO DEVELOP AN EASY, REPEATABLE AND SOLID BACKSWING: One of the biggest breakthroughs of the method was the development of a unique and much easier way to consistently make a solidly sound backswing that will look similar to the new Tiger Wood´s one plane backswing but much simpler to learn, to do and to repeat.

3) LEARN HOW TO CREATE LAG: Being able to increase lag during the downswing is one of the major differences between the amateur's golf swing versus a professional's and probably one of the most misunderstood concepts of golf. In this book you will easily learn how to lag the club like the pros, dramatically improving your clubhead speed, ball striking ability and distance.

This incredible and simple method will instantly take your game to a higher level while you will be helping others since 50% of the profits obtained from this project will be donated to charity.

Authors: J. F. TAMAYO - 143 Photographs by J. Jaeckel

The only product with yield information for more than 1,000 raw food ingredients, The Book of Yields, Eighth Edition is the chef's best resource for planning, costing, and preparing food more quickly and accurately. Now revised and updated in a new edition, this reference features expanded coverage while continuing the unmatched compilation of measurements, including weight-to-volume equivalents, trim yields, and cooking yields. With helpful worksheets; a clear organisation by food type; and a convenient, durable comb binding, The Book of Yields, Eighth Edition is a must-have culinary resource.

This hands-on manual walks the shooter through every step required to become a true long-range marksman, from understanding minute-of-angle principles and selecting a rifle, caliber and cartridge to mounting and zeroing a scope, estimating wind values, dealing with mirage, understanding bore sighting, selecting and using iron sights, shooting with a variety of slings, performing preventive maintenance on your rifle and using range finders. Includes scope adjustment charts for a long list of rounds.

According to the authors, the doctrine of inerrancy has been standard, accepted teaching for more than 1,000 years. In 1978, the famous "Chicago Statement" on inerrancy was adopted by the Evangelical Theological Society, and for decades it has been the accepted conservative evangelical doctrine of the Scriptures. However, in recent years, some prominent evangelical authors have challenged this statement in their writings.

Now eminent apologist and bestselling author Norman L. Geisler, who was one of the original drafters of the "Chicago Statement," and his coauthor, William C. Roach, present a defense of the traditional understanding of inerrancy for a new generation of Christians who are being assaulted with challenges to the nature of God, truth, and language. Pastors, students, and armchair theologians will appreciate this clear, reasoned response to the current crisis.

Knowing how to calculate the sun's position in the sky with very high accuracy is at the core of just about all solar energy research, whether for site planning, or real time aiming of the most sophisticated concentrating receivers, heliostats, and photovoltaic tracking systems. Sun Position's Visual Basic algorithms meet that core need.

The author, John Clark Craig, programmed all the field control and data acquisition for several of the world's largest solar energy projects in the 1980's. Projects included the square-mile two-axis concentrating photovoltaic trackers at Carrissa Plains, California, the large Hesperia, California field of flat two-axis photovoltaic trackers, an enhanced oil recovery project using a field of heliostats and a central thermal receiver tower near Taft, California, and a variety of research and development projects at Sandia Labs, Solar 1 at Barstow, the Weizmann Institute, Tennessee Valley Authority, and elsewhere around the world. While developing software systems for these projects, John was constantly looking for the best algorithms and improved code for determining accurate sun position. Most of the available documentation was not easy to use, with bits and pieces of algorithms here and there, mixed in with poorly explained terminology, and with very little guidance for translating to programming languages he was required to use. Sun Position is the book he wishes he had when he really needed it!

Two algorithms are presented for calculating sun position. The first algorithm is of "low accuracy", determining the sun's position with a maximum error of about 0.02 degrees. The second algorithm is much more involved, but it provides a "high accuracy" sun position with a maximum error of about 0.00003 degrees. This is the code to use if you need the absolute best accuracy for heliostats and critically aimed solar concentrators of all types.

All of the Visual Basic source code in this book provides working example results for variables at every step of the way. This is the critical piece that makes this book a valuable resource for translating to any other programming language.

Knowing how to calculate the sun's position in the sky with very high accuracy is at the core of just about all solar energy research, whether for site planning, or real time aiming of the most sophisticated concentrating receivers, heliostats, and photovoltaic tracking systems. Sun Position's Visual Basic algorithms meet that core need.

The author, John Clark Craig, programmed all the field control and data acquisition for several of the world's largest solar energy projects in the 1980's. Projects included the square-mile two-axis concentrating photovoltaic trackers at Carrissa Plains, California, the large Hesperia, California field of flat two-axis photovoltaic trackers, an enhanced oil recovery project using a field of heliostats and a central thermal receiver tower near Taft, California, and a variety of research and development projects at Sandia Labs, Solar 1 at Barstow, the Weizmann Institute, Tennessee Valley Authority, and elsewhere around the world. While developing software systems for these projects, John was constantly looking for the best algorithms and improved code for determining accurate sun position. Most of the available documentation was not easy to use, with bits and pieces of algorithms here and there, mixed in with poorly explained terminology, and with very little guidance for translating to programming languages he was required to use. Sun Position is the book he wishes he had when he really needed it!

Two algorithms are presented for calculating sun position. The first algorithm is of "low accuracy", determining the sun's position with a maximum error of about 0.02 degrees. The second algorithm is much more involved, but it provides a "high accuracy" sun position with a maximum error of about 0.00003 degrees. This is the code to use if you need the absolute best accuracy for heliostats and critically aimed solar concentrators of all types.

All of the Visual Basic source code in this book provides working example results for variables at every step of the way. This is the critical piece that makes this book a valuable resource for translating to any other programming language.

Master the art of drawing the figure

Drawing from life has been an important source of expression and satisfaction for artists through the ages. Robert Barrett, master fine artist, instructor and university professor, re-creates his studio class on the pages of this book. Inside, you'll find a complete introduction to life drawing. You'll learn not only how to accurately portray the figure, but also how to bring life and personality to your drawing subjects.

Detailed lessons, including step-by-step demonstrations, cover the fundamentals of drawing and design. You'll learn:

• how to capture your subject's character
• the basics of figure anatomy, proportion and design
• how to use light and shadow to create form
• how to draw drapery and backgrounds

Written with the student and interested public in mind, Truth in Translation aims to explain what is involved and what is at stake in Bible translation. It begins with brief treatments of the background to the Bible and its translation, the various approaches to translation, and the specific origins of nine translation versions in wide use in the English-speaking world today. It then proceeds to compare those versions on nine points of translation, ranging from individual terms, to difficult passages, to whole categories of grammar. The book serves to inform readers of the forces at work shaping the meaning of the Bible, to help in their selection of Bible translations, and to act as a critical catalyst for the improvement of Bible translations through more careful attention to the risk of bias in the translation process.

Paper piece dozens of blocks you never could before with this revolutionary single-foundation technique. Includes foundations for 26 blocks.

Contains principles from sports psychology that will dramatically improve one's use of the instinctive method of aiming. Includes insights and techniques not found in other texts on traditional archery and instinctive shooting. Instinctive Archery Insights is truly unique and effective.

Apologetics commentary on the portion of Scripture that accounts for numerous challenges to the credibility of Christianity.