BETTING BETWEEN SEVENS is a brand  new concept of betting at CRAPS aka.. GALLOPING DOMINOES. It was designed for the purpose of making you a winner instead of a loser. It sets forth the bets that you should make and eliminates bets that you should not make. It gives the bettor the reasons for not making bets when the percentages are not in the bettors favor and also percentages are given for the bets that according to the law of averages should be winning bets. To be a winner you must  have more winning bets than you have losing bets so it is only logical that you bet when the percentages are in your favor and this book tells you how. It is the only gambling game that lets you invest so little and consistently win so much.

FROM THE PUBLISHER

This is the first book for Author Floyd M Grooms and I must say he did a masterful job. He started at the beginning of an ongoing Crap game and explained all the details in such a manner that even a beginner could follow the game. After that he delved into the various ways that you could win and explained the hazards that you would have to overcome in order to walk away from the table a winner. Mathematically he showed you the method that could be adapted to any crap table and would result in 3 to 1 odds in your favor. The 6 and 8 can be made 5 ways each and the 5 and 9 can be made 4 ways each for a total of 18 ways versus the 7 (the only way you can lose after the point is established) can be made 6 ways making it 18 ways to win and 6 ways to lose and when reduced down it is 3 to 1. (That’s a better percentage than any other game in the casino). He also showed you the percentages varying between 66 2/3 percent and 83 percent in your favor depending on the number of rolls Between the Sevens. The first roll of course is to establish a point. The second roll gives you an 80 percent chance of not losing to a 7. The third roll gives you a 75 percent chance of not losing to a 7 and the fourth roll gives you a 66 2/3 percent chance of not losing to a 7. Out of a possible 36 ways that can be rolled with the dice the 6, 8, 5, 9 take up 18 of those 36 possible ways or 50 percent. The 7 takes up 6 more and the 12, 11, 10, 4, 3 and 2 take up the remaining 12 ways. Grooms stresses that even with all of the odds in your favor most of the time it becomes necessary to pull your bets during the shooters roll. He explains that the 7 appear in 6 rolls or 16.66% that is more than any other number appears. The 6 & 8 appear in 7.2 rolls or 13.88% and the 5 & 9 appear in 9 rolls or 11.11%. It seems to me that the method set forth by Grooms is one that is well worth taking a second or maybe even a third look..

This book is presented to achieve a purpose – the understanding of engineering thermodynamics. It guarantees that an engineering student can study it and understand the subject of engineering thermodynamics without any further aid. The primary requirement is a good background in mathematics and physics at the equivalent of the A-Level requirements. It is written in a manner to allow self-instruction. Prior to its presentation as a textbook, the material has been tried out on different classes of engineering students. Over time, the author grappled with the problems that arise with making students understand the subject of engineering thermodynamics, which is a subject that is confusing to students’ worldwide. An abridged form of the materials in most of the chapters of this book has been presented to students over the years. These students could read the material and understand the principles of thermodynamics prior to any formal lectures. Any one who is studying thermodynamics for the first time needs to study the first eight chapters in the order in which they are presented. Particular applications may then be studied. People who have studied some aspects of engineering thermodynamics will find the book extremely useful. Certain hazy aspects of the subject are properly explained in this textbook. Practicing engineers will find the material useful.

In this book a big attention given to cutting process of rolling bars from stainless and heat-resistance steels. For realization of this cutting process into practice with using of cold segmental saws, in detail are considered such important questions as technological accuracy of sawing machines and quality control of cold circular segmental saws.

Experimental-statistical data made in industry conditions for cutting of stainless steels show that the most important factors which influence on increasing of tool life for segmental saw in manufacturing relate to such two things as: a good quality of cold circular segmental saw and technological accuracy of sawing machines.

This book consists from four parts in which are considered “Statistical methods in evaluation of tool life for circular segmental saw” and are shown functional analysis of tool life for saw in dependence from its geometrical parameters, cutting conditions and  then are defined the optimum geometrical parameters of teeth saw  which guarantee the minimum of wear saw  and high tool life in whole at cutting  of stainless steels .

What is the matter with matter? And what’s this stuff called Polyisopropene?

In his new book “Creative Experimenting Using Rubber Bands” Author David Tracy helps the reader to identify, confront, and overcome their preconceived notions, and misconceptions, about matter and energy by using ordinary rubber bands to perform and series of surprising experiments. Presented in a creative, intuitive, hands-on style, the book introduces the reader to a short history of science, and the search for a “primordial stuff,” before delving into the life of Galileo and the first experiments into the nature of motion. Many of the projects and experiments are simple, inexpensive, and produce interesting results for anyone with a sincere interest in the physics and chemistry of polymers and their many modern uses. The book is intended for creative thinkers and those who are in search of creative new ways of looking at old problems, but can also be used by students of science in search of new understanding.

Tribulation (God's Plan for the End of the Age) reveals the information God wants every Christian to know during the last days before Christ returns. In his follow-up book to "2028", R. H. Vargo gives you his insights on the coming events of the Tribulation, the timing for those events, and what the Lord expects of you during the last days of this age. He provides details of when Jesus will return, the antichrist's plans, the rapture, the mark of the beast, and all the end-time prophecies from Revelation are explored in verse-by-verse detail.

You do not want to be caught off guard during the cataclysmic times ahead not knowing what to expect. God always tells his people ahead of time of His plans... but only to those servants willing to listen.

Brain Power Enrichment Programs aim to develop problem-solving abilities in students who wish to improve their skills. Additionally, the programs may provide challenging, stimulating and inspirational learning experiences through engagement with math and logic problem solving for gifted students. This book accompanies a Level Two student through his/her first semester of the problem solving program (or it may be used independently as a problem solving workbook). All Brain Power programs are based on a step-by-step approach, which enables students to understand problems of increasing complexity. Level Two continues to equip students typically in grades 6 to 8 with problem solving strategies and techniques and supports the application of these skills to algebra and geometry.

& nbsp;          1)      Understanding the problem

          2)      Defining a plan or strategy

3)   Solving the problem

4)      Checking the answer.

        The implications for improving one’s problem solving skills are numerous. These include a more positive attitude toward math and science, improved thinking flexibility and creativity in all subject areas, as well as increased success in academic, gifted, university admissions, and professional program tests (many of which are designed with an emphasis on assessing higher-order thinking skills).  Moreover, knowledge of a range of problem solving strategies, coupled with experience in their application, have benefits which transcend the classroom and enter the realm of professional, social and intellectual accomplishment.

& nbsp;          1)      Understanding the problem

          2)      Defining a plan or strategy

3)   Solving the problem

4)      Checking the answer.

        The implications for improving one’s problem solving skills are numerous. These include a more positive attitude toward math and science, improved thinking flexibility and creativity in all subject areas, as well as increased success in academic, gifted, university admissions, and professional program tests (many of which are designed with an emphasis on assessing higher-order thinking skills).  Moreover, knowledge of a range of problem solving strategies, coupled with experience in their application, have benefits which transcend the classroom and enter the realm of professional, social and intellectual accomplishment.

      Brain Power Enrichment Programs aim to develop problem-solving abilities in students who wish to improve their skills. Additionally, the programs may provide challenging, stimulating and inspirational learning experiences through engagement with problem solving for gifted students.  This book accompanies a Level One student through his/her second semester of the problem solving program (or it may be used independently as a problem solving workbook). All Brain Power programs are based on a step-by-step approach, which enables students to understand problems of increasing complexity. Level One begins to equip students typically in grades 4 to 6 with various problem solving strategies and techniques, and supports the application of these skills to math, language arts, study habits and the general learning process.  In Level One, students are introduced to four critical steps in problem solving:

          1)      Understanding the problem

         2)      Defining a plan or strategy

3)   Solving the problem

4)      Checking the answer.

        The implications for improving one’s problem solving skills are numerous. These include a more positive attitude toward math and science, improved thinking flexibility and creativity in all subject areas, as well as increased success in academic, gifted, university admissions, and professional program tests (many of which are designed with an emphasis on assessing higher-order thinking skills).  Moreover, knowledge of a range of problem solving strategies, coupled with experience in their application, have benefits which transcend the classroom and enter the realm of professional, social and intellectual accomplishment.