Introduction to Electrical Power explains the essential concepts behind power generation, electrical current, and basic circuitry. The topics discussed in this book are fundamental concepts which apply to all books in the Series. Readers will also learn of new discoveries in the fundamental nature of electrical power. These are discoveries that the author has made from his extensive research and analysis. These significant discoveries are not published anywhere else Topics include: Energy, Power, Voltage, Current, Turbines, Generators, Batteries and Electrical Connections. The book also guides the reader through the use of key terminology, primary equations, and sine wave graphs. This book is designed for readers with little or no technical knowledge. Every concept is explained using simple language, a conversational style, detailed diagrams, and guided examples. Table of Contents 1. Basic Principles of Electrical Power 2. Operation of Turbines and Generator 3. Voltage, Current, and Power on the Atomic Scale 4. Alternating Power and Frequency 5. Voltage & Current Sine Wave Graph 6. Batteries 7. Resistance and Temperature 8. Electrical Connections 9. Primary Electrical Terms 10. Impedance and Reactance Appendix Material Index

This book is the first in a series on major discoveries in the arena of electromagnetic energy. For the past three years I have made numerous discoveries in the fundamental properties and processes of electromagnetic energy and electrons. These discoveries will advance our understanding of the universe in major ways. This book is designed for readers of any background. I explain all concepts very clearly, supplemented with numerous illustrations. Some of the most important discoveries and properties discussed in this first book include the following: Particle-Wave Duality: full explanation and illustrations of the solution, presented here for the first time. For over a century, the most brilliant minds have been puzzling over how electromagnetic energy can be both a particle and a wave. For the first time, the cause of this duality has been solved and fully illustrated. The true nature of the electric and magnetic fields, fully illustrated.What exactly is the electric field? What exactly is the magnetic field? This has been a mystery for many years. I have discovered the true nature of these fields. The "Hidden Variables" of electromagnetic energy are finally discovered, explained, and illustrated. Understanding these "hidden variables" will simplify all theorems related to Electromagnetic Energy, Quantum Science, the Atom, and much more. The composition of the photon, fully discussed and illustrated. The pulsation of electromagnetic energy: This is a key process in the nature of electromagnetic energy, and is demonstrated for the first time here. The creation of the wave pattern: I explain and illustrate exactly how a wave, of any type, is created. Reassessment of the relationships between energy, frequency, and wavelength. The relations have long been known, but from a certain perspective. Once you understand particle-wave duality, it is time to reassess the relationships. Detailed understanding of energy and power in electromagnetic energy. Accurate understanding of "quanta" of light, with detailed illustrations. Descriptions and illustrations of all motions of electromagnetic energy. One of the best features of this book (as well as every book in the series) is the numerous illustrations. Every concept is not merely explained in words, but also illustrated with detailed diagrams. On average, a chapter has approximately 25 full color illustrations. Most of these illustrations are highly detailed, with numerous elements in each figure. This brings us to another tremendous asset for any reader or student: my strong preference wanting to know the physical reality. In contrast to most physicists, who prefer to communicate their ideas through complicated mathematics, I much prefer to talk of real objects and real processes. In the same way that Bohr developed a series of physical models of the atom, I have developed a series of physical models for electromagnetic energy. Thus, my books have the related assets of 1) focusing on real objects (rather than complex math or abstract ideas), and 2) showing these discoveries through numerous illustrations (rather than a set of equations). I very much hope that these illustrations, along with the explanations, will help any reader and any student to easily understand each process and property I have discovered. Therefore, I am pleased to offer these discoveries for the benefit of the scientific community and the general public. It is my wish that these discoveries, models, and explanations will become commonplace, among both the layman readers and the scientific community, whereby more people can have a richer understanding of our universe.

Solar Power Technologies Explained Simply is a practical and easy-to-read resource for anyone interested in Solar Power. This book discusses everything you need to know about solar power systems and solar cell technologies. There are three major parts to this book: 1. Overview of Solar Power Technologies 2. Practical Considerations when Installing Solar Cells 3. Advanced Solar Cell Technologies. The first part provides an overview of solar cell technologies. Topics include the basic process of solar cells, processes which limit the efficiency of solar cells, and key terminology. This part of the book also provides an overview of practical issues to consider when using solar power. The second part of the book discusses all of the most important practical considerations when installing a solar power device. Topics include: Electronic Design Choices, Sizing the Array, Orientation, Tilt Angle, and Maintenance. These topics are discussed in detail throughout three chapters. The third major part of this book discusses the most important advanced solar cell technologies. Topics include the reasons for low efficiency in a solar cell, and the basic methods for improving efficiency. Subsequent topics include: thin films, anti-reflective coatings, surface texturing, minority carriers, solar concentrators, and stacking. This book also provides extensive data tables, including: tilt angle guidelines based on region and season energy required to excite the materials of most solar cells several other data tables and illustrations Table of Contents 1. Photovoltaic Cells: Basic Concepts a. Introduction b. Advantages of Photovoltaic Cells c. Basic Process of Photovoltaic Cells d. Possible Events in a Photovoltaic Cell and Resulting Efficiency e. Electromagnetic Waves and Photovoltaic Cells f. Inverters: Converting DC to AC 2. Electronic Design Choices a. Introduction b. Material of Semiconductors c. Joining Cells Electronically d. Inverters: Converting DC to AC e. Stand Alone or Grid-Tied f. Use Now or Store Later g. Calculating the Size of Array Needed h. Batteries and Solar Power 3. Protection and Maintenance a. Material of the protective coating b. Cleaning Schedule and Techniques 4. Orientation to Face the Sun a. Important Points for Array Orientation b. Latitude and Solar Array c. Direction: Which Direction is Best d. Direction: Fixed or Adjustable e. Tilt Angle: Which Tilt Angle is Best f. Tilt Angle: Fixed or Adjustable g. Schedules for Adjusting Tilt Angle 5. Advanced Solar Cell Technologies a. Possible Events in a Solar Cell b. Preventing Electron-Hole Pairs From Recombining c. Using More of Reflected Waves d. Using Waves That Travel Through the Cell e. Reducing the Energy Lost as Heat f. Stacked Solar Cells g. Thin Films h. Solar Concentrators Used in Conjunction with Solar Cells Appendix Bibliography Index

*Please note that the higher cost of this book is due to the numerous color drawings. Yet these drawings are well worth the price You will understand the physical realities so easily through these illustrations. This book is the second in a series on my discoveries related to electromagnetic energy, energy fields, and subatomic particles. The primary focus of The Creation and Emission of Electromagnetic Energy is exactly as the title suggests: explaining and illustrating exactly how electromagnetic energy is launched from an electron. Yet this book is so much more. In the process of explaining how electromagnetic energy is emitted we cover so many more significant discoveries. Among these discoveries you will find: The solution for particle-wave duality for the electron. A new understanding of electron structure and motion. An advanced understanding of electrical current. New models of molecular bonds. The exact process for photon emission. The reason why one photon is emitted rather than another. My General Principle of Energy Transfer. and, of course: My General Principle for Particle-Wave Duality. Each of these discoveries is significant. Together, they provide a rich understanding of energy, electrons, and more. I have done my very best as a science teacher to make these discoveries as accessible as possible to readers of all backgrounds. Every concept is explained as clearly as possible, with numerous full color illustrations. Key concepts and discoveries are summarized in boxes, as well as a full summary of all points at the end. Table of Contents (note that chapter numbers continue from the previous book). 7. Creating EM Bursts 8. EM Bursts from Power Lines and Antennas 9. Creating EM Bursts: Molecular Vibrations 10. Electrons as Particles and Waves One of the most significant discoveries presented in this book is the solution for the particle-wave duality of the electron. For almost 100 years, the electron was considered to be both a particle and a wave. Yet nobody knew exactly why, until now For the first time anywhere, the true physical nature of the electron, as both particle and wave, is fully understood and illustrated. I demonstrate for you, step by step, exactly how an electron as particle creates the wave-like patterns. I explain and illustrate the true physical nature of the electron as wave in an orbital. This leads to a detailed explanation of the physical nature of the associated wave concepts of Standing Wave and the Electron Cloud. Again, for almost a century nobody has been able to accurately explain and illustrate the physical nature of particle-wave duality for the electron. Therefore, this is a significant discovery and presentation to the scientific community. This leads to the General Principle of Particle-Wave Duality. I have combined several discoveries into a single General Principle, which explains all of particle-wave duality. Another important principle I have developed is the General Principle of Energy Transfer. After spending so many years working with energy, I have come to understand the processes of energy in many arenas. From this, I have developed the General Principle of Energy Transfer. In one simple sentence, I state exactly what energy transfer is, for the majority of process in the universe. Simple, yet profound. The applications of this Principle will be numerous. You will also learn discoveries in the structure and cause of motions of the electron. You will learn discoveries in the nature of electrical current. And of course you will learn exactly how a photon is emitted, and why one size photon will be launched over another. There are numerous significant discoveries presented for the first time in this book. All are fully illustrated (hence the cost - but well worth it). The information presented here will advance our understanding of the universe tremendously.

Utilities and power grids may seem complex, yet this book will guide you easily through the mysteries. In this book you will learn the basic operations of utilities and the basic operations of grids. You will learn how power is traded in the power markets. You will learn how utilities and grids maintain quality control, including how they monitor the flow of power and how they make adjustments as needed. You will learn how power failures occur and how we can minimize power failures in the future. You will also learn a great deal about the future of power distribution, particularly in the areas of distributed generation and smart grids. No technical background is required; this book will explain everything you need to know about the operation of utilities and power grids in a way that any reader can understand. This book is designed for policy-makers, community activists, and curious citizens. This book is also designed as an essential reference for energy technology students and for anyone working in the electrical power industry. 10.1 Utility Company Operation Basics The first chapter provides an overview of utility operation, focusing on quality control for utilities. This chapter discusses in detail how to ensure that there is enough power to meet demand at any given time. 10.2 Monitoring and Communications Systems The second chapter discusses monitoring and communication systems. This chapter explains the SCADA system, including the components and operation. This chapter also explains the types of translation devices and the options for communication methods. 10.3 Quality Control for Utilities causes, effects, and protection against significant variations for each factor. 10.4 Basic Concepts of Grids Chapter four provides a broad perspective of grids, with further clarification by comparing grids to the highway system. You will learn the possible players in a grid and their roles. You will learn the jobs of the grid manager. A major section of this chapter is where you will learn the advantages and disadvantages of grids, followed by an overview of an ideal grid system. 10.5 Grid Operations In chapter five we go step by step through the sequence of grid operations. By the end of this chapter you will understand the details of grid operation, including several common variations. 10.6 Quality Control for Grids Chapter six discusses grid failures and quality control for grids. In this chapter you will learn how blackouts occur and how we can prevent them. The majority of chapter six provides detailed explanations of how to maintain quality control in any grid system, and thereby prevent power outages. You will learn about reliability oversight organizations such as NERC, FERC, and ERO. You will also learn the major sections of the Energy Policy Act of 2005 (most of which relate to reliability). 10.7 Smart Grids Chapter seven discusses "Smart Grids." There are numerous technologies associated with the term "smart grid," therefore chapter seven begins with an overview of smart grids, followed by an overview of smart grid technologies. Much of this chapter is devoted to the proper and improper uses of smart grid technologies. 10.8 The Future of Electrical Distribution The final chapter discusses the future of electrical distribution. This is a very important chapter because the paths we take when developing power distribution systems will affect our safety, reliability, and economic security for many years. Therefore, this chapter explains the visions for the future of electrical distribution, followed by detailed descriptions. This chapter also discusses some additional features which are valuable for the ideal future of electrical distribution.

This book will inform you on everything you need to know regarding the transmission and distribution of electrical power. This book is also a "field guide," with numerous pictures, designed to help you identify components of the transmission system which are around you every day. In this book you will learn the sequence of events in the transmission of electrical power. You will also learn all options for the technologies for each step, with advantages and disadvantages of each technology. This book is designed for readers with little or no technical knowledge. Every concept is explained using simple language, numerous illustrations, and guided examples. At the same time, this book discusses all factors and technologies in enough detail so that you can also use this book to design the best power transmission system for your needs. Table of Contents 9.1 Sequence from Power Plant to Home 9.2 Transformers and Substations 9.3 Power Lines Overview 9.4 High Voltage Transmission Lines 9.5 Community Level Distribution Lines 9.6 High Voltage Direct Current Power Lines 9.7 Underground Electrical Cables 9.8 Cable Design and Laying Cable 9.9 To the Homes and Businesses Appendix Index The first chapter provides an overview of the electrical power transmission system. Here you will learn the main components and the sequence of the process. Chapter two discusses transformers and substations. In this chapter you will learn how a transformer works, the terminology associated with a transformer, and how to calculate voltage change through any transformer. You will also be able to identify the main transformer types and arrangements. The chapter concludes with an overview of substations. Chapter three provides an overview of power lines. This chapter provides an overview of the factors to consider when selecting and installing power lines. Note that most of the rest of the book discusses those factors in detail. Chapter four discusses high voltage transmission lines. In this chapter you will learn the types of high voltage lines and be able to identify possible arrangements. You will learn the best choices for materials for the power lines. A separate section is devoted to weather tips: how to ensure that power lines survive the most extreme weather. The chapter ends with a detailed discussion of safety of high voltage lines, including the effects of EMF on human health. Chapter five discusses the lower level voltage lines which are used in neighborhoods. In this chapter you will learn the design and maintenance options for the power lines near your home. Chapter six is devoted to the new technology of high voltage direct current (HVDC) power lines. In this chapter you will learn the advantages, disadvantages, and best uses of HVDC power lines. Chapters seven and eight discuss underground cables for power lines. Underground cables allow the region to look neater, yet there are many difficulties associated with underground cables. Therefore in chapter seven you will learn the advantages and disadvantages for underground placement of power cables. In chapter eight you will learn the some of the most important practical tips for installing underground cables. The final chapter discusses the sequence of power through the homes and businesses. Here you will learn exactly how the electrical power flows from the transformer outside your home, through your home into the appliance, and outward again. You will also learn some concepts for wiring in the home. In this chapter you will also learn how businesses and large facilities design electrical power systems for their needs. At the end of the book you will find an Appendix data tables, including Wire Sizes in different units, and Resistance in Wires based on type of material. The book is completed with a comprehensive Index, enabling you to find your topic easily.

Nuclear Power Technologies Explained Simply is your one-stop resource for understanding everything related to Nuclear Power. This book is designed for citizens and policy-makers who want to become more fully informed regarding the science and technology of nuclear power. All aspects of nuclear technology are explained simply enough for any reader to understand. At the same time, enough detail and data is provided for the reader to make intelligent decisions. Within this book you will find answers to all of your questions related to nuclear power, including: How do nuclear power plants work? What are the main components and design options of nuclear power plants? What exactly happened at Three Mile Island, Chernobyl, and Japan? How do we make nuclear power plants safer? How dangerous is each type of radioactivity? What do the units of radioactive decay mean? How do we store nuclear waste safely for thousands of years? and many other questions related to nuclear power. In addition, this book provides extensive data tables related to nuclear power. This is the most comprehensive and complete collection of data related to nuclear power currently available. Types of data include: Complete list of radioactive isotopes, including decay type, new atom created, and half-life. Complete list of half-lives for all radioactive isotopes, listed in order of decay time. Decay sequences for multiple decay isotopes. Melting points of nuclear fuel and fuel rods. Dosage of absorbed radioactive decay and the resulting effect on human health. Suggested Nuclear Standards from ANS and NRC Nuclear Power Technologies Explained Simply consists of the following chapters: 7.1 Overview of Nuclear Power Explains the basic types of nuclear reactors and how they work. 7.2 Creation of Energy Explains how nuclear fuel is converted into energy. 7.3 Operation of Nuclear Power Plants Discusses the operation of nuclear power plants, types of nuclear reactors, main components and design options. 7.4 Science of Meltdowns and Explosions Explains the science of meltdowns and explosions in great detail. 7.5 Three Mile Island Explains the event in a series of steps which are easy to follow, supplemented by analysis of the incident. 7.6 Chernobyl Explains the event in a series of steps, supplemented by analysis of the incident. 7.7 Fukushima Japan Explains the event in a series of steps, supplemented by analysis of the incident. 7.8 Making Nuclear Power Plants Safer Learn all of the most important techniques for making nuclear power plants safer. 7.9 By-Products and Radioactivity Explains the science of radioactivity, including characteristics and process of each type of decay. Discusses the practical implications of different half-life values. 7.10 Health Issues of Radioactive Decay Examines every aspect of radioactive decay on human health, including routes of entry, penetration, mechanisms of each type of decay on the cells, and overall health dangers. 7.11 Measuring Radiation All units of radiation measurements are defined and explained, with additional notes that may help the reader. Units of measurement in context. Quick guide to the dosage of radioactivity and the resulting biological effects. Discusses devices such as Geiger Counter and Film Badge. 7.12 Storing Nuclear Waste Steps required to store nuclear waste for long periods of time Possible dangers to the stored nuclear waste followed by methods to minimize those dangers. Examines in the Yucca Mountain site in great detail, focusing on the geology and the design of the facility. Comprehensive Data in the Appendix: Data was compiled from multiple sources. Therefore in this resource you have a very comprehensive set of data on radioactive decay. In total, this book is the ultimate resource for citizens and decision makers on nuclear power technology. This book will guide you through all the science and answer all of your questions.

This book discusses everything which decision-makers and citizens need to know about Coal Power. The major topic areas include: Coal Mining Operations, Mining Safety, Operation of Coal Power Plants, Environmental Effects, and Clean Coal Technologies. Importance of this book: In our society today many aspects of coal power are vigorously debated. However, too often people with an agenda present lies about coal power as absolute truth. Too often the policy-makers make bad decisions based on emotions or on myths rather than on evidence. Too often the citizens are bombarded with conflicting information, leaving them confused. That is why this book is so important. This book provides the unbiased, accurate truths of all aspects related to coal power. I had no agenda when researching and writing this book. I never had any preconceived theories to prove or disprove. Certainly I had questions (the same questions you do) and I wanted to learn the absolute scientific truth regarding each issue. Therefore I spent a significant amount of time to find the answers. I embarked on an expedition, a quest, to learn the science, to understand the technologies, and to separate truth from fiction, for all aspects of coal power. In this book you now have the summation of my journey. In this book you will find the accurate, unbiased answers to all your questions regarding coal power technologies. Information Not Found Anywhere Else: In addition to the accurate information, this book also has information which is not found in any other book, journal, or website. Some of this information includes: 1. Mining Safety: The latest mining safety techniques, from experts in West Virginia and Kentucky. This includes techniques to reduce Black Lung, which are not yet known to the highest levels of the Mine Safety Health Administration. 2. Temperature Data: You have heard about "global warming" - now see some actual temperature data. Find temperature data here that you will not find in other books. 3. Mercury Emissions: The science of mercury emissions from coal power plants has only recently been studied. The data is also scattered. This is the first book which collects all the latest science behind mercury emissions and mercury capture. 4. Global Temperature: An entire chapter is devoted to the issue of coal power and environmental temperature. This is a complex topic, with many factors. In this book you will find a clear explanation of each factor, combined with a chemical engineer's analysis of each. 5. This book also explains the information very clearly. There are many scientific concepts. There are many concepts related to chemistry, physics, and biology. All of these concepts are explained very clearly, so that any reader will be able to understand, regardless of background. Chapter Contents: 6.1 Coal Power Basics 6.2 Coal Mining Methods 6.3 Coal Mining Safety 6.4 Environmental Effects and Clean Coal Technologies 6.5 CO2 and the Environment 6.6 Mercury and Coal Power

This book discusses everything you need to know about Natural Gas, including extraction, refining, transportation, and safety. The information in this book will answer all questions you have regarding natural gas including: Where can natural gas be found? How do we extract and refine natural gas? What are the environmental effects of fracking? How can we minimize flammability and explosions? How does the pipeline system work? How do we maintain the pipeline system? This book will also discuss the uses of other types of hydrocarbon fuels including diesel, biodiesel, and biomass. Table of Contents: 8.1 Overview of Hydrocarbon Fuels; 8.2 Overview of Natural Gas; 8.3 Finding and Extracting Raw Natural Gas;8. 4 Fracking Operations; 8.5 Refining Natural Gas; 8.6 Transporting and Storing Natural Gas; 8.7 Other Hydrocarbon Energy Technologies; Appendix; Index. Chapter Topics: Chapter one provides an overview of hydrocarbon fuels. In this chapter you will learn about how hydrocarbon fuels are formed and the different types of hydrocarbons which can be used as fuel. Chapter two provides an overview of Natural Gas. In this chapter you will learn about the chemicals associated with natural gas and the energy from natural gas. You will learn the advantages and disadvantages of natural gas. Significant time is devoted to the hazards of natural gas, particularly fire and explosions. Chapter three discusses how we can find and extract natural gas. Natural gas can be found in a variety of locations, and each location requires special considerations for extraction. The options will be discussed here. Chapter four discusses fracking. Fracking is a general term for using chemicals and high pressure slurry to break apart rocks which trap pockets of natural gas. Fracking is commonly used by industry, yet can cause severe harm to the environment, and many citizens are concerned. Therefore, we discuss fracking in great detail, including the process, the environmental impact, and possible options. Chapter five discusses the refining operation for natural gas. Raw natural gas contains numerous other chemicals, and must be significantly refined before the gas can be used. This chapter explains all of the major processes for refining natural gas. Chapter six discusses the transportation and storage of natural gas. Mostly, this means the pipeline system spread throughout the nation. Therefore this chapter discusses the three main pipeline systems: the Gathering System, the Transmission System, and the Distribution System. After a general overview of the pipeline systems, we then discuss pipeline construction, pipeline corrosion, pipeline inspection, and compressors. In chapter six we also discuss an alternate method of transporting natural gas: compressing gas into liquefied natural gas which can be shipped on trucks and ocean vessels. Chapter seven takes us in a new direction, discussing a variety of other hydrocarbon fuels and processes used for the creation of electrical power. Topics include: diesel, biodiesel, biomass, and cogeneration. This chapter concludes our discussions. In the Appendix you will find brief explanations of terms and abbreviations commonly used by the Natural Gas Industry. The book is completed with an index which will help the reader find any topic easily.

This book discusses the most important concepts of hydropower. Hydroelectric power is one of the oldest methods of creating electricity and it is still one of the best. There are virtually no environmental problems, there are only a few mechanical parts, and yet we can get large amounts of electricity from it. However, in order to make hydropower effective there are some practical factors to consider. The book begins by explaining the basic concepts of hydropower, and showing the reader how hydropower works. The second chapter discusses dams and rivers. Related topics include reservoirs, spillways, and removal of debris. The third chapter explains how to calculate the amount of power from a hydropower system, and offers essential hydropower calculations for any situation. The fourth chapter provides an overview of micro-hydro systems, with some practical tips for those readers who are considering installing such a system. Micro-hydro systems are growing in popularity world-wide, serving individual homes and small communities. This chapter provides an overview of factors to consider when installing your micro-hydro system. The final chapter discusses turbines in detail. Whether you are building a micro-hydro system or a megawatt power plant, it is important to choose the proper turbine for your particular situation. In addition, some of these turbines are used in other types of power systems, such as coal or natural gas. Table of Contents 3.1 Hydropower Basics a. Introduction b. Brief description of hydroelectric power c. Closer look at the process d. Key factors in the amount of power from hydroelectric plants e. Relationship between flow of the water and height of the dam 3.2 Dams, Reservoirs, and Rivers a. Introduction b. Dams c. Controlling Water Flow (Sluice Gate and Spillways) d. Penstocks and Trash Racks e. Reservoirs f. Rivers 3.3 Power Calculations for Hydropower a. Introduction b. Rate of the Water c. Volume and Flow Comparisons d. The Head (the distance the water falls) e. Calculating Power 3.4 Micro-Hydro a. Introduction b. Measuring for Feasibly and Design c. Changing the River, Building Dams d. Turbine Selection e. Batteries and Emergency Generators 3.5 Turbines for Hydropower a. General Points on Selecting Turbines b. Classic Water Wheel c. Pelton Wheel d. Turgo e. Propeller f. Kaplan g. Francis h. Cross-Flow i. Turbines Compared Appendix Bibliography Index

In order for America to remain a wonderful place, we must continually teach the keys of America's greatness.

More than just a civics book or a collection of quotes, "The American Way" teaches all aspects of American culture and all the keys to America's greatness. This book explains these concepts in such a way that anyone can understand, regardless of age or background.

Although teaching the American tradition is not necessarily new, writing and teaching on this subject has been weak in the past thirty years. America is not teaching civics anymore, nor does America teach proper history. In addition, many immigrants do not properly understand America. This book exists to fill that void.

If you understand America, then you can use this book to help teach those who don't understand. If you have not been taught properly about America, then this book may open your eyes. If you want other nations to have what we have, then sharing this book with people of other nations will assist them in understanding the keys to our success. Regardless of your particular circumstances, if you want greater personal success and better communities, then you should learn and share "The American Way."