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Title: Sequential Problem Solving - A Student Handbook with Checklists for Successful Critical Thinking Author: Lozo, Fredric Language: English As this book started as an ASCII text book there are no pictures available. *** Start of this LibraryBlog Digital Book "Sequential Problem Solving - A Student Handbook with Checklists for Successful Critical Thinking" *** Copyright (C) 1998 by F. B. Lozo Introductory Note: Sequential Problem Solving is written for those with a whole brain thinking style. It is for those who seek to validate the propriety of when and under what circumstances they utilize each aspect of their intellect. Sequential Problem Solving helps those with a logical nature to develop creative right brain intuitive processes in a way that can be efficiently utilized by the orderly left brain to develop new solutions to both old and everyday problems. Included are basic study skills for high school and college students. * * * * * Sequential Problem Solving: A STUDENT HANDBOOK With Checklists for Successful Critical Thinking. By Fredric B. Lozo Mathis, Texas Copyright 1998 F.B. Lozo ISBN 0-9674166-2-0 TABLE OF CONTENTS INTRODUCTION Problem solving checklist flowchart RESEARCH SKILLS Rapid Reading Memorization PRACTICAL PROBLEM SOLVING Learning Stream Of Consciousness PROBLEM SOLVING STEPS Problem Identification as the first step of problem solving Fact Gathering in problem solving Logic Fallacies Emotional Fallacies Credibility Fallacies Fact And Opinion Deductive Reasoning Developing a Solution Time Material Manpower Trying the Solution Manpower Management Leadership Styles Dealing With Interpersonal Conflict INTERPERSONAL PROBLEM SOLVING External Conflicts Internal Conflicts Dealing with the "Unattached" Person Interpersonal relationships -- Values PROBLEM SOLVING EVASIONS APPENDIX 1 -- OUTLINE STYLES APPENDIX 2 -- PERSUASIVE ARGUMENT FORM APPENDIX 3 -- ARGUMENTATIVE FALLACIES REFERENCES BIBLIOGRAPHY INDEX Introduction We are constantly trying to make some sense of our world and the way people treat each other. The purpose of this book is to provide a systematic way of analyzing situations and planning actions. Sequential Problem Solving is written for those who want to reassure themselves that their thinking is logically correct rather than emotionally or impulsively misguided. It provides step by step procedures for applying computer-like decision making to daily living. Many ordinary problems involve not only physical, concrete parts but also interpersonal elements. Thus problem solving involves both the physical world and the interpersonal world. For instance, when solutions to physical problems are implemented, the job manager must decide which of several leadership-managerial styles is appropriate. Are the workers mature enough and knowledgeable enough to work together as a team without supervision, or are the workers so immature and unruly that an authoritarian task master leadership style will be required, or will the workers need a teacher-leader for some period of time before they become a team? The underlying principle, throughout Sequential Problem Solving, is an obligation to help each other as citizens of a world community, and an acknowledgement that our real enemy is often ourselves. Our common problem is understanding ourselves in order to be a friend to others. Sequential Problem Solving provides us with a way of checking for the kindness factor in problem solving, with the goal of helping others and being a good citizen in the world community. A separate section, Dealing with Unattached People, is devoted to the problem of neighbors in the world community who are untrustworthy for some period of time, from the view point that today's enemies are tomorrow's friends. Some neighbors in the world community are, from time to time, untrustworthy. Since opportunities for misunderstanding are greater in a climate of mistrust, later sections are included that deal with mistrust and ways that we can gauge interpersonal situations and select an appropriate leadership style to match it. Sequential Problem Solving begins with the mechanics of learning and the role of memorization in learning. The techniques of effective memorization follow, as well as other important learning skills. This book contains many step by step checklists, much like pilots use to make certain that things of importance are not overlooked. These individual checklists are tied together in a broad flowchart that provides a sequential decision making pathway. The contents of the checklists are things that many adults utilize instinctively, without conscious thought. However these checklist can provide adults with a more positive way of checking their own thinking, in times of stress, and a way for students to become instinctive users of sound logic practices. Teachers may find that students instantaneously begin to act more mature because of the realization that their peers have a common body of knowledge about values and character traits and checklists to evaluate the behavior of others. For teachers, the sequence of presentation here can be readily altered to suit the teachable moment, that moment when a unique, high interest situation arises that lends itself to discussion of a particular topic. The sequence presented here is merely one way in which the various interlocking subjects can be presented. This presentation is intentionally concise to provide the reader with a composite picture of the use of checklists in logical thinking, without burdening the reader with statistical findings or repetitious historical background information. The ideas presented here are referenced to credible academic research wherever possible. Endnotes are used extensively to direct the reader to in-depth authoritative resources, and additional references are provided for each section at the back of the book. In this book I have used the pronoun "he" for humanity in general, rather than using he/she or similar conventions. This usage was selected to enhance the flow of the written word and should not be taken literally. The word "he" is used here to include both women and men and applies to them with equality. Solving problems is a daily, if not hourly, part of our lives. It is therefore useful to put the mechanics of problem solving and human interpersonal relationships into flowchart form, so that when stress is intense we have some way of making more certain that we are thinking flawlessly. (A comprehensive flowchart is included in the HTML version.) * * * * * Research Skills. Rapid Reading. Effective learners use certain reading techniques[1] that greatly increase both their comprehension and the time required to learn new subjects. One useful method of reducing new material learning time is the SQ3R method[2]: Scan. Question. Read. Review. Recite. Scanning provides a rapid overview. Many well written books follow logical outlines that can orient the reader to the subject matter. The outline might follow this pattern: Title. Table of Contents. Main Introduction and conclusion. Chapter 1. Introduction. Conclusion. Chapter 2. Chapter 3. Conclusion. Definitions. Questioning is a natural, instinctive, second step that most learners follow. In the scanning process, certain questions naturally arise. These should be noted in a short list of questions to be answered through reading. The questioning procedure helps the reader stay focused. Reading occurs very rapidly if a systematic plan is followed: First, determine the main idea from the title, the first paragraph, and the last paragraph. Second, determine if a large subject is divided into smaller subjects with some outlining scheme. Next, follow the title, introduction, body, conclusion rule to find the main idea of each smaller section. Each smaller section can then be scanned for keywords. Keyword recognition signals the reader to pay closer attention for critical definitions and ideas that follow. Finally, review as often as necessary to keep focused. Outlining and note taking often help. Reviewing new material on a strict schedule is necessary to solidify new material in the memory, and to transfer it from short term memory to long term memory. Forgetfulness is a matter of periodic review. Memorization through repetition and forgetfulness follow a similar pattern. Each is gained or lost by halves for the same time period. The following graph illustrates the phenomenon. The memory loss/recall increase with review phenomenon has been verified many times.[3] Generally memory is lost by one-half for each doubled time increment. One day after first learning one-half is lost. By day two, one-half of that remaining memory is lost, and by day four, one-half again is lost. By day four, only one-sixteenth of the original memory is intact. At a similar rate, with review after one day only one-half of the material that was reviewed will be lost. If reviewed again on day two, the amount lost is again divided by two. If reviewed six times in a thirty-two day period, the about retained will be more than ninety-eight percent and the amount lost will only be about two per-cent in the next thirty-two days versus fifty per-cent in one day. * * * * * Memorization Three common ways of remembering are: repetition, association, and exaggeration. [4] An similar skill is outlining, and samples of various outlining styles can be found in Appendix 1. Repetition is the key to long term memory. Physiologically, when brain cells are activated by the memory process, the nerve cell coating, known as the glial sheath, increases in thickness and becomes thicker and thicker with each repetition, strengthening the electrical pathway in brain that constitutes memory. In addition, when associations between parts of a thing remembered are formed, the nerve cell body sends out axon runners to other associated memory cells. These axon runners from one cell connect through synapses to dendrite runners on other cells. As the axon-dendrite pathway is used repetitiously, the surrounding glial cells become larger and more tightly wrapped around the electrically conductive axon-dendrite pathways, thereby transforming the memory from a short-term memory to a long-term memory.[5] Memories of similar objects reside in nearby regions of the brain, while memories of exotic or exaggerated objects are farther away. By forming memories with creative and unusual associations, many more pathways are established, much like a spider weaving a bigger and bigger web, in which each part leads to the center by many interconnected pathways. Memory links are also established when a variety of sensations and muscular activity are engaged. Indeed, some people seem to be more proficient at learning by either seeing, hearing or writing, but no one method can provide the more numerous pathways provided by all three in combination. Memory is enhanced not only by repetition, but also by association and exaggeration of certain features of the object. Many memories are recalled as series of objects. For instance, a memory device to remember four common logical fallacies is a picture of the Earth, with the green continents and blue oceans, viewed from outer space with a flight of white geese circling around it. This image is used to recall the statement "geese circle every continent." The first letters of that statement (gcec) stand for the logic fallacies of generalization, circularities, either/or, and cause and effect. (These fallacies are discussed in detail in a later chapter.) Size, also, seems to play a role in memorization. During the Middle Ages, memory contests were held annually. In one, the winner remembered one hundred thousand sequential items. [6] A time-proven memory method from the Middle Ages is association of abstract ideas to large objects. The objects used for trigger recall seem to need to be about the size of a human, so that, if we were blind, we could identify the object by touch. Large objects in the memory seem to engage muscular memory areas as well as sight memory areas in the brain and expand the memory web. For instance, remembering the points of a speech about a military battle might involving walking from one room to another in a familiar house. In the first room a ship's anchor is propped up in a corner, in the next room is a cannon, in the third room is a large telescope, and the in the fourth room is a horse. This sequence of anchor, cannon, telescope, horse might remind the speaker that the speech is about a ship being bombarded from the shore by a cannon; and that the cannon was captured when a scouting party saw the cannon through a telescope and sent for the cavalry. Imagining numbers as objects in three-dimensional space is a very powerful way of remembering a series of numbers. This also seems to engage muscular memory. For instance, we might imagine block numbers for Pi, 3.1416. These numbered blocks should be about four inches high and one inch thick and should be imagined rotating in space about two feet to the front and about six inches above eye level. We can imagine them rotating slowly in a circle through an entire revolution. As they turn, we can mentally reach out and feel them with our fingers on every side. Such exercises, involving three-dimensional objects in space and muscles, allow the associated memory cells to form many, many more links than just a single glance at written numbers will form. Additional associations not only form more axon-dendrite connections, but also cause an increase in the surrounding glial sheath of the brain cell. * * * * * Research Skills. 1. Mindil, Phyllis. _Power Reading_. Englewood Cliffs, NJ: Prentice Hall, 1993. 2. Robinson, Francis P. . _Effective Studying_. 4th ed. New York: Harper and Row, 1970. 3. Spitzer, Herbert F. "Studies in Retention". _Journal of Educational Psychology_. Vol. XXX (Dec. 1930) No. 9. 4. Minninger, Joan. _Total Recall -- How to Boost Your Memory Power_. Emmaus, Pa: Rodale Press, 1984. 5. _Neural mechanisms of learning and memory_. Mark R. Rosenzweig and Edward L. Bennett, eds. Cambridge, Mass. MIT Press, c1976. 6. Spense, Jonathan D. _The Memory Palace of Matteo Ricci_. New York: Penquin Books, 1984. ================================ Practical Problem Solving Sequential Problem Solving is a labor of love for all students who seek success and for the parents and teachers who guide them. Sequential Problem Solving also provides the lifelong-learner with the satisfaction of being able to measure his performance. The goal of Sequential Problem Solving is to provide learners with a road map for successfully making decisions. Students can began their adult lives with a framework that will help them pick noble goals, know themselves, and be prepared for dealing with life's villains. They can thus achieve peace and joy, and can be prepared for making life's hard decisions as well. Young people often dream of a loving spouse and joyful children. Older people dream of success in business. Still others dream of securing a suitable retirement. Whatever the age or the dream, the problems, of making dreams come true, share some similarities. People solving problems share certain common steps in resolving those problems and face certain common difficulties. How do we develop solutions? Where do we get information to work with? Who should we trust for advise? At what point should we make a decision? What are the alternatives? Study leads to success, and organization builds bridges to the future. Organized systematic thinking requires effort, and the effort is justified by predictable success. This is contrasted to happenstance decision making based on impulsiveness and wishful thinking. Sequential Problem Solving is about organized thinking, and justifying decisions based on solid facts, rather than on impulsiveness or emotional indulgence. Growing to maturity is about planning rather than acting on impulses or instant gratification. Instant gratification often has costly consequences that forethought might have averted. Sequential Problem Solving is about making dreams come true while minimizing the hidden costs. I remember well the magic of that first romantic glance across a crowded ballroom, the guileless smile and downcast eyes that instantaneously made my heart skip a beat. I remember the soul stirring melody of _Band of Gold_ and the lingering smell of peaches and the gentle winds against my ears on a pleasant summer night. Sequential Problem Solving is about memories and dreams, making them come true, and keeping them alive. Sequential Problem Solving is about becoming both a success and a lifelong-learner. Problem solving has two aspects: physical problems in a scientific environment and personal problems in a spiritual inner world. This book uses well known classical literary selections as models for personal decision making and character development. These works were chosen primarily due to their ready availability. Part of the fun of sequential problem solving is mentally rewriting stories to have more favorable outcomes. We imagine favorable outcomes naturally, but successful people do so in a more systematic fashion, that makes logical outcomes more certain. Using realistic logic rather than wishful emotion requires that we know ourselves, know our values and where they came from, and know clearly what our basic goals are in life. Sequential Problem Solving systematically outlines those aspects of our spiritual inner selves that play a part in our decision making and, largely, determine our success. Sequential Problem Solving explores the nature of personal internal conflict and how literary characters change in the course of stories to overcome personal weaknesses. Successful learners learn to recognize their own internal conflicts and learn that courage is a skill anyone can learn to re-direct their own destiny. The first step in the adventure of becoming courageous is to write down a philosophy of life: what we want to achieve and how we plan to treat other people. A few words will do: I want to be happy, healthy, wealthy, have a loving companion, help others, etc. Everyone should develop, write down, and periodically review their philosophy of life. If we are going to be successful, we need to have a systematic way of going about it. What do we know today about effective ways of becoming educated and successful? At this point in time, my own philosophy for education has 11 parts. First, learning has three basic components: specialized knowledge, basic thinking skills, and mature thinking skills.[1] In the study of Dickens' _Great Expectations_, "specialized knowledge" includes Pip's turbulent relationship to his sister and to her husband Joe. "Basic thinking skills" include the student's memorization of the various characters and the sequence of the plot in the story. "Mature thinking skills" include the student's analysis of Pip's internal conflict and how Pip overcomes his internal weaknesses. Mature skills might also include the creation of an alternative ending of how the story could have achieved an even more satisfactory ending. This story is unique in that there are two published endings: one, the author's original ending, and the second written at the insistence of the author's newspaper editor. These alternative endings illustrate how we can create an alternative environment and make our dreams come true. Sequential Problem Solving is about finding alternative solutions to problems and executing well researched plans. Second, students learn to trust their own ability through success, and the teacher can help to insure that success. Success can be assured by tailoring the curriculum to the student. The student with severe prior knowledge deficits can usually be rapidly remediated by learning basic thinking skills first: for instance, the basic memorization techniques, note taking, outlining, and free association recall techniques. (These are discussed in detail elsewhere.) Students should be aware of what they learn and feel pride of accomplishment. They should recognize for themselves when they achieve success in learning. They should learn to constantly monitor their own performance and the success of their strategies. Learning occurs in well ordered ways:[2] first, the student gains understanding of what is read or the teacher explains, then memorizes the facts of the subject in order to analysis the information later through comparing and contrasting. Next the student may use the information to create something new, and finally he should use the memorized information to evaluate his own performance. This sequence is known to teachers as Bloom's taxonomy. [3] Students need guidelines for making decisions. Those decisions may involve physical, scientific problems, or they may involve interpersonal problems, social values and moral decisions. Students should learn a systematic workable framework for making decisions. All students should develop the ability to evaluate their thought processes as a learned skill. The mature learner should be able to recall the steps of scientific problem solving, recognize specific personal values and character traits, and remember the tests for sequential steps in moral decision making. Students should then be able to use apply those mature thinking skills to first literary scenarios and then to real life problems. Studies of literature enable the student to extend the analysis to television drama and ultimately to real life and to subsequently imagine a variety of suitable alternative outcomes. Students should learn to recognize and control certain biological feelings. A student should know how the human brain is organized and recognize those times when animal-like impulses jeopardize more mature, rational thought. A student should also be able to recall and use basic information about basic nutrition, rest, and exercise, in order to minimize the danger of thoughtless impulsiveness. Students should develop a sense of belonging to a caring, helpful humanity, and develop their own short and long term goals in achieving peace and joy through helping others in a responsible manner. Students should learn the dynamics of basic childcare and the importance of continuous parental attachment in the first two years of a baby's life. Students should be aware of how "unattached" children are set up for failure and antisocial behavior disorders, by poor bonding with the parent in the first few months and years of life. Students should be prepared to deal with manipulative people. Students should learn how to recognize people without a conscience. Students should have strategies for managing interpersonal relationships, both good and bad. Students should have a knowledge of the religions of the world and develop a toleration for other people. Finally, students should become citizens of the world, dedicated to helping others while making their own dreams come true. Developing and maintaining a systematic philosophy of life entails becoming a lifelong learner. * * * * * Learning. Learning has three basic components: specialized knowledge, basic thinking skills, and mature thinking skills. Specialized knowledge is that part of a study that must be memorized. This "disciplinary based knowledge" contains unique terms and definitions. Language studies have their unique terms: nominative, comma, plot; mathematics has its: tangent, sum, parabola, etc. These are terms that must be memorized in order to understand and use the subject matter. Basic thinking skills include memorization techniques, the stream of consciousness technique, outlining, note taking, rapid reading, scanning for main ideas and keywords, questioning, and reorganizing. Mature thinking skills include procedures that require specialized knowledge and basic thinking skills, like applying the sequential steps of problem solving and following the sequential tests for moral decision making. * * * * * STREAM OF CONSCIOUSNESS The stream of consciousness technique is a "basic" thinking skill, along side outlining, note taking, rapid reading. The stream of consciousness skill is also known as the free-association recall technique. Both creative writers, artists and scientific problem solvers use the stream of consciousness or free-association skill. This skill is also known as gestation, mulling things over, and getting a handle on things. The process begins by letting our thoughts flow freely and then sorting out the ones useful to our problem from the many that came to mind. Often many of the random thoughts that come to mind have no apparent connection to the problem; they are merely connected like circular links in a spider's web to threads that interconnect with others and run toward the center of the problem. The free association technique begins by trying to think about nothing in a relaxed, tension-free environment. Try as we might, something always intrudes on our consciousness. It may a line running toward the center of the web or it may be a seemingly meaningless, circular line. Every thought should be written down as it comes to mind, and the task of thinking about nothing begun anew. After ten or fifteen minutes, the train of intrusive thoughts usually begins to slow down, and we can then take the list of seemingly unrelated thoughts and sort out the ones that relate to the problem. The next step of brainstorming is to take the free association / stream of consciousness list and circle the words that pertain to the problem, and connect them with "web" lines into "clusters." These crude webs and clusters can then be reconstructed into a more legible outline. (Several styles of outlining are illustrated in the Appendix 2.) This outline can then be used in the subsequent steps of problem solving. The subsequent steps of the problem solving procedure involve hypothetico-deductive reasoning and is a part of the scientific method.[4] * * * * * Problem Solving Steps. 1. Identify the problem (state the hypothesis). 2. Gather facts: three ways in the order of most reliability. A. Research -- library, Internet. B. Ask someone knowledgeable. C. Brainstorm: free association / stream of consciousness, web and cluster, outline. 3. Develop several alternative solutions. 4. Pick a possible solution and try it. 5. Evaluate the outcome. 6. Try again if necessary * * * * * _Problem Identification_ as the first step of problem solving In life, personal problems are often complicated by outside challenges. In literature, these forces are called external conflicts. The external conflict may be man challenged by nature, man embattled by society, or one man opposed by another man. In science, problems are often exclusively matters of a physical nature and the external conflict is man being challenged by nature. Internal conflicts have a personal nature. By comparing personal internal conflicts to Aristotle's structure for dramas, these conflicts can often be recognized. Aristotle's drama structure divided the play into five acts with a hero, a villain, an external conflict and climax, and an emotional cleansing involving an internal conflict. Real life internal conflicts often involve character traits and values that are easily identified by this method.[5] (Character traits and values are discussed in the section on interpersonal relationships.) * * * * * _Fact Gathering_ in Problem Solving. The preferred order for gather facts is based on the order of reliability: library research, asking someone knowledgeable, and brainstorming. Facts should be tested for logic, emotional fallacies, and the credibility of "expert" witnesses. Facts gained from research in a library are easiest to verify, and other methods of gathering facts must often be re-verified through library research. Logical and emotional weaknesses of arguments can often be recognized by the use of certain fallacy recognition checklists.[6] The most widely used of the fallacies is the over or under generalization: everyone (all, without exception, none, never, no one) rode a bicycle when only two years old.[7] * * * * * The more common persuasive fallacies are: Logic Fallacies. 1. Generalization -- It is raining everywhere. It has not rained anywhere. (The exception is discounted.) 2. Circular argument -- That team is the best because it is the greatest. (Similar adjectives describing each other.) 3. Either or fallacy -- Either the city will drill more wells or it will run out of water. (This ignores the possibility of water pipelines, river dams, desalinization, etc.) 4. Cause and effect fallacies -- two kinds: A. Single cause fallacy -- The streets are wet, therefore it has been snowing. (This discounts other causes like rain.) B. Guilt by association -- He has a friend that is a Japanese, therefore he must be Japanese in his soul. * * * * * Emotional Fallacies. (These are intended make a person fear loss of friendship.)[8] 1. Generalization-Everyone is doing it. 2. Snob Appeal -- A special thing for a special group: Heroes wear only Hot Stuff clothes. 3. Loaded Language -- Emotionally connotative terms of derision: He is a "Mutt." (Not only a dog but also a worthless cur.) 4. Name Calling -- This is often used to discredit someone. It is also often a problem evasion rather than a problem solving strategy that uses: i. Sarcasm. ii. Cynicism. * * * * * Credibility Fallacies. Credibility fallacies are those in which uncertified people present themselves as experts: the famous actor dressed as a doctor recommending a certain medicine. The actor is not a trained professional and has no professional credibility. Fact And Opinion. Certain keywords can be often be used to differentiate facts from opinions. 1. Generalizations. All inclusive or all exclusive terms that usually have exceptions: everyone, everything, no one, never, always: It always rains in the summertime. (This does not take into account long droughts or geographic locations where rain rarely falls.) Everyone drives a Ford. 2. Statements about the future: We will never go there. 3. Statements of opinion: It seems to me. In my opinion. 4. Statements using the emphatic "to be" words. Is, are, was, were, etc. are often facts that can be proven either true or false, but are not necessarily as true as the "is" implies. He is a genius. For the purpose of gathering information in problem solving, facts are statements that can be readily verified as true or false; opinions cannot be quickly verified. In problem solving, the practical ability to prove something true without a great deal of effort is the key to practical truth. A statement that might merely hold the possibility of being proven true is, for all practical purposes, an opinion until it is proven true. * * * * * Deductive Reasoning Errors Deductive reasoning [9] is stating a series of valid relationships with a conclusion about them: When it rains the streets get wet. It is raining. Therefore the streets are wet. Several types of reasoning fallacies exist: (1) formal deductive fallacies, which occur because of an error in the form of the argument, and (2) informal fallacies that contain false content. The informal false content fallacies are listed in Appendix 4 and include: Logic errors. * The "straw man" deception. * The "false dilemma" deception. * The "domino theory" deception. * The "two wrongs make a right fallacies" deception. Emotional errors. * The "attack the speaker" diversion. * The "commonly accepted practice" deception. * The "appeal to pity" tactic. * The "infallible truth or cliche" deception. The emotional tactics often include cynicism or sarcasm and are sometimes used to belittle another person. The effect is to make them feel worthless and unloved. This is an emotional fallacy that attacks a person's need for love and belonging.10 This is discussed in greater detail in the section on Internal conflicts. Sometimes debaters attempt to evade answering an argument using the "red herring" diversion. This tactic was named for game poachers that used a strong smelling fish to mask their scent from dogs used by game wardens trying to apprehend them. This tactic introduces another issue that diverts the discussion. It is often logically unrelated to the issue, and is often an emotional attack directed at the other person. * * * * * Practical Problem Solving 1. Beyer, Barry K. "Developing a Scope and Sequence for Thinking Skills Instruction." _Educational Leadership_ 45(April 1988): 26-30. 2. A Committee of College and University Examiners. "Educational Objectives and Curriculum Development." _Taxonomy of Educational Objectives -- Handbook 1: The Cognitive Domain_. Benjamin S. Bloom, ed. New York: David McKay Company, Inc., 1956. 3. A Committee of College and University Examiners. "Educational Objectives and Curriculum Development." _Taxonomy of Educational Objectives -- Handbook 2: The Affective Domain_. Benjamin S. Bloom, ed. New York: David McKay Company, Inc., 1956. 4. "The Galileo Affair," Owen Gingerick, _American Scientific_, August, 1982, #247, p.132-138. 5. Aristotle. _Rhetoric and the Poetics_. F. Solmsen, ed. New York: The Modern Library, 1954 6. _Critical Thinking and Reasoning: a handbook for Teachers_. Albany: SUNY, 1976. 7. "Classifying Fallacies Logically", Ludwig F. Schlecht, _Teaching Philosophy_, March, 1991, 14:1, p.53-65 8. Maslow, A. H. _Motivation and Personality_. New York: Harper and Row, 1954. 9. _Critical Thinking and Reasoning: A Handbook for Teachers_. Albany: The University of the State of New York, 1976. 10. Maslow, A. H. Motivation and Personality. New York: Harper and Row, 1954. ============================= Developing a Solution. Developing solutions should take into account time, material and manpower. How much time is available to solve a problem? Are the materials available? Is the manpower available? Time. How much time is available? Often problems are best solved by using "Kentucky windage." Artillery gunners use the expression, "One over, one under, one dead center." This refers to making gross adjustments rather than walking a solution toward a problem one small step at a time. This technique has also been called "Eliminating the extremes": walking toward the center from either end, half way at a time. This technique reduces the time required to solve a problem in a binary fashion by halves, rather than in arithmetic progression one small step at a time. Often the first solutions tried don't work. We may learn more facts about problems as we try to solve them. Many times a problem requires re-defining and the entire nature of the solution changes from one trial to the next. In science, every experiment is valuable because what is disproven is as valuable as the final solution. A disproven solution reduces the possibilities by providing answers about what is not possible. We need to take into account problems that will arise. It is useful to double or triple the initial time estimate when beginning new projects. It is prudent to plan on finishing the job in one-third to one-half of the time we would like to finish the job. This is particularly true with artistic projects; artists often want to add one final touch, and one more touch ad infinitum (the "Michelangelo" dilemma). Timing for the various elements in a job can often be charted beginning with the first thing needed to be done and ending with a review of the project and future planning. Such charts are easily constructed on spreadsheets with calendar dates in vertical columns and tasks in horizontal rows. This form of time chart is a marching calendar. Initially, the chart can also be used to back schedule material purchase for future delivery. As sequential tasks are completed, the consecutive days are highlighted. This provides a rapid visualization to the project planners of the status of the project. Project Calendar. Task. Initial planning. Gather information. Pick team. Make drawings. Assemble materials. Make prototype. Review prototype. Manufacture actual product. Evaluate project. Plan follow up. * * * * * Material. Are the materials available? Can we afford the cost of the materials? Sometimes it is possible to make an "first piece" or "practice piece" out of inexpensive materials. Practice pieces are helpful to learn practical manufacturing methods. Producing detailed drawings and listing manufacturing steps often save time and material in the long run. Practice pieces made of soft and easy to work material, like balsam wood, also serve the purpose of providing an actual mock up that can be quickly modified by cut and paste methods. The practice piece usually does not have to be pretty, only functional. It provides an idea of what changes need to be made before expensive or hard to procure materials are used. * * * * * Manpower. Is sufficient manpower available to execute the plan? Are the talents of the available manpower matched to the task?[1] Are the available people qualified to perform the tasks? Are the men being lead by the best method? Several alternative methods exist for leading or managing workers on a project. These will be discussed in the section on leadership. * * * * * Developing a Solution. 1. Gardner, Howard. Frames of Mind: The Theory of Multiple Intelligences. New York: Basic Books, 1983. * * * * * =================================== Trying the Solution. Often complex or new tasks become learning projects, in themselves, to try to more accurately identify the problem, and to gather sufficient facts through failure in experimentation to make progress. Projects should include ongoing evaluation and re-planning. Old World craftsmen, the master craftsmen of yesteryear, had a guiding principle that continues to have merit: "Any job worth doing is worth doing well." Doing a job well often means making a final copy after revising the rough draft. * * * * * Manpower Management. Leaders should remember that several approaches to leadership are available. No one style is satisfactory for all situations. * * * * * Leadership Styles. Three basic leadership styles exist. They are the authoritarian model, the teacher model, and the team work model.[1] The authoritarian model is useful for situations requiring immediate compliance by a subordinate. Soldiers occasionally use the authoritarian style to demand instant obedience. It is most useful in dangerous situations where hesitation in complying might be disastrous; for instance, when a child is daydreaming and in danger of walking off of a sidewalk curb into automobile traffic. In business situations, this style is not often used because the authoritarian leader is often destined to fail: "micro-management" often has a belittling effect on subordinates, who subsequently rebel, and failure follows for three reasons: the authoritarian leader often doesn't have the expertise, time, or enough energy to do all of the jobs himself job without other's help. The authoritarian leadership style is seldom useful except in emergency situations.[2] (It has been said that a raised voice with someone older than five is usually inappropriate.) The teaching leadership model is more useful because the people doing the job are contributors. The teacher offers advice and monitors progress.[3] The team work leadership model is sometimes the most useful. This model works when the students become as knowledgeable as the teacher and each can and will do the other's job. This model is often seen when someone realizes a job needs doing, and does it without being told to do it. These people are conscientious "self-starters." * * * * * Leadership Styles. 1. Tannenbaum, Robert and Warren H. Schmidt. "How to Choose a Leadership Pattern." Harvard Business Review 36(March-April 1958): 95-101. 2. Fiedler, Fred E. "The Trouble With Leadership Training Is That it Doesn't Train Leaders." Psychology Today 6(February 1973): 23-30. 3. Goodall, H. Lloyd, Jr. Small Group Communications in Organizations. 2nd ed. Dubuque, IA: Wm. C. Brown, 1990. ================================= Dealing With Interpersonal Conflict. Western World values and ideas of dealing with interpersonal conflict originate in the Code of Hammarabi and the Mosaic Code. King Solomon in the Bible, following the Ten Commandments of Moses, offers some practical suggestions for dealing with interpersonal conflict. In Solomon's Book of Proverbs, one of Solomon's main themes is drawing a consistent distinction between the wise man and the foolish man. He characterizes a foolish man as someone who neither asks for advise nor accepts it. He further characterizes the foolish man as someone who is scornful, divisive, quarrelsome, and mocking of other's efforts with cynicism and sarcasm. Solomon's advise for dealing with scornful people has three steps. The first step is to try counseling with them in private, one on one. Failing that, the second step is to counsel with them again, but with two people, together, advising the third. The final step is to cease relations. Solomon's three steps are seen today in practical statesmanship. We should remember that today's enemy is tomorrow's friend. Member nations of the United Nations generally apply this same three-step plan that ends in economic sanctions being applied by the United Nations as a whole. Sometimes even ceasing relations with another is not enough and force of arms must be taken to protect weaker neighbors from aggression. Whether with neighbors or nations, armed conflict is ultimately sorrowful. It is an admission that patient diplomacy and logic have not been successful. It is premeditated violence to protect the weak. Many people, still developing in religious maturity and understanding, feel torment when violence is necessary, because their religious understanding does not extend beyond helping "all" others. It is a question of who is helped and why. Some people too choose to pass from this life as martyrs. Others feel compelled to stay until the end and protect the weak like a shepherd keeping predatory dogs away from the helpless lambs. There may be a time for each course of action. The confusion between religion and forcing our will on others is caused by our understanding of what helping others means. If we help others to hurt someone, we become harmful ourselves. We become "Enablers" [1] to those hurting others. Without our consent, the aggressor could not have taken advantage of his weaker neighbor. The Eastern religions, particularly Zen Buddhism, which is intimately associated with the Samurai warrior of Japan, take great care to teach tranquility and self-control in the use of force. Anger is not a part of thoughtful action. Aikido, The Way of Harmony, teaches tranquility in the use of force, and compares it to the calm in the eye of a hurricane.[2] The great Christian pastor, Dietrich Bonhoffer, pointed out that "just causes" for anger did not exist in the earliest accounts of Christ's Sermon on the Mount.[3] * * * * * Dealing with Interpersonal Conflict. 1. Miller, Angelyn. The Enabler. -- When Helping Harms the Ones You Love. New York Ballentine Books, 1988. 2. Stevens, John. Abundant Peace -- the Biography of Morehei Ueshiba, the founder of Aikido. Boston: Shambhala, 1987 3. Bobhoeffer, Dietrich. The Cost of Discipleship. New York: Macmillan, 1963. * * * * * ================================== Interpersonal Problem Solving: Drama and literary analysis as a tool in personal problem solving. The structure of Aristotle's Pentad [1] for five act plays is useful as a framework for solving personal problems. 1. Who is the hero? What are his weaknesses? How is he likely to fall? 2. Who is the villain? Is the villain another person, nature or society? 3. What external events lead to the climax with the villain? 4. How does the climax with the villain turn out? 5. What did the hero learn about his own internal weaknesses in the encounter with the villain? This five part framework is useful in separating the external foes we face from the internal conflicts that are our weaknesses. External Conflicts. External conflicts are usually found to involve either another man, nature or society. In the man versus man conflict, another person is the adversary. In the man versus nature conflict, the adversary might be a hurricane, or the rigors involved in climbing a mountain. In the man versus society conflict, the opponent might be industrial organizations or lobby groups advocating nuclear waste disposal in the ocean. The man versus self conflict, such as a man facing a crisis of courage, is an internal conflict. Internal Conflicts. Internal conflicts are man versus himself and man versus God conflicts. The man versus God occurs when a person violates his conscience and does something that he knows to be wrong. Many religions advocate resolving the man versus God conflict by admission of wrongdoing and restitution to those harmed. There may be some people that have no conscience, and the internal conflicts they face are not, as yet, well understood.[2] Those people without a conscience are a continuing source of grief for humanity and that problem is discussed in the section on dealing with "unattached people." The second type of internal conflict, the man versus self conflict exhibit certain human character weaknesses that can be identified with the acronym FALL: fear, arrogance, laziness, and loneliness. Loneliness is often caused by a combination of several of the other three common human weaknesses, for instance, fear and laziness: fear of rejection while trying to find new friends and laziness in making the attempt. Fear is a very common weakness and is related to our needs. Abraham Maslow[3] classified these needs as follows: 1. Physical safety. 2. Food and shelter. 3. Love or belonging -- the need to love and be loved. 4. Career -- the need to be successful at something. 5. Self actualization -- the need some people feel to become who God wants them to be. People must meet their immediate, basic needs for physical safety before they can meet their wishful needs for love or fulfilling a career. While we strive to behave as thinking people, with well thought out plans, sometimes we act purely as animals by instinct alone. If we are suddenly frightened by a snarling dog, we react by running or fighting, instinctively, without conscious thought. Paul MacLean describes what happens in our brains as a stepping down the evolutionary ladder and using those parts of our "Triune" brain that operates on instinct rather than thought.[4] MacLean divides the Triune brain[5] into three parts that developed over the evolutionary eons. The oldest, which he calls the reptilian brain, controls aggression and passionate impulsiveness. The middle region, the limbic system, controls docile, loving emotions. The outer region, the neo-cortex controls thoughtful planning with an awareness of consequences and cause-effect relationships. This phenomenon is important because fear alone can inhibit successful higher level thinking by keeping the brain at the lowest (reptilian) level preparing to meet the threat. The educator Lev Vygotsky stressed the importance of creating and maintaining a risk-free environment that encourages higher level (neo-cortex) thought.[6] The growing recognition of the Triune Brain might very well have influenced world politics in the replacement of the policy of "mutually assured destruction" with a "kinder and gentler" statesmanship. Maslow's need and MacLean's brain are both related to animal-like behavioral weaknesses when we react impulsively rather than with thought and planning, and we are more likely to act impulsively when our physical safety or food and shelter needs are threatened. When we do act like animals, we often are ashamed because we momentarily set aside our conscience. Fear overpowers our desire to be loving because it engages lower brain centers that are not controlled by abstract thought centers in the higher levels of our brain. How then can we act like we are created in the image of God instead of selfish, impulsive animals? We can begin by analyzing what characters in literature and drama do. We can recognize when fear, arrogance, laziness, or loneliness drives the hero's actions, and imagine how the hero might overcome his weaknesses. We can project a responsible resolution to the hero's internal conflicts. This exercise of recognizing the source of another's actions is merely an intermediate step in the learning process, however.[7] The final step is when we face our own trails, and face the need to analyze our own reactions to stress, as we have looked at those in dramas. Finally, we can plan our own future and make it happen, just as we did with alternative endings to conflicts in dramas. Occasionally, people face moral choices that seem to confusing to be solved, and the thinking brain tries to step down a notch. It either takes a passive emotional position with MacLean's limbic system, or an impulsive aggressive position with the reptilian system. At these times, a checklist for moral decision making can provide a framework for keeping our actions in the realm of planned activity rather than impulse. The Steps of Moral Decision Making. Moral decision making involves several growth steps in reaching maturity. Stanley Kohlberg[8] provided us with a framework for making moral decisions: Age Test Question 6 Punishment Will I get caught? 10 Golden Rule How would I like to treated? 13 Everyone Rule What would the world be like if everyone made this same decision? 15 Greater Good Rule Will this decision produce the greatest good for the greatest number? Adult Higher Authority Rule Is this what God wants me to do? Religious people often experience great internal conflict when faced Many religions advocate gentleness and helping others, as well as protecting the weak from harm: a seeming contradiction. Does one have priority over the other? Part of the answer may involve the Triune brain and the absence of thought involved in impulsive aggression. Sometimes helping others may involve protecting violent people from themselves and that may require the use of force. Often gentle, kind people find the use of force quite foreign, and are especially vulnerable to harm from people that are termed "unattached."[9] Dealing with the "Unattached" Person. "Unattached" people refers to people that have a defective conscience.[10] Their actions are motivated by a lifelong distrust of others and a supreme belief in their own ability. They have no need for other people. Their brains seem to function at a very low evolutionary level, but at times they are superficially charming and persuasive. These people are manipulative and often become sociopaths, and their behavior is thought to have been molded before they were six months of age by insufficiently attentive caretakers. "Unattached" people, people who bonded inadequately with their parents, are frequently very hard to convince with logical arguments due to their deep distrust of other people and the pattern of control battles continue throughout their lifetime. [11] This sad picture is drawn from the experiences of those professionals who deal with them on a regular basis. The sociopath's irreversible behavior patterns seems to be founded, physiologically, in well established repetitive memory pathways. Perhaps modern science will find ways to help such unfortunate people, possibly through more effective chemical intervention that makes a person feel less threatened, so that they can learn more productive ways of treating other people. Mercifully, some spiritually enlightened people are able to reach older "Unattached" people and to help them to learn to trust others and achieve that measure of "peace that surpasses all understanding" spoken of by the Apostle Paul in his Letter to the Phillipians in chapter 4, verse 7: "And the peace of God, which passeth all understanding, shall keep your hearts and minds through Christ Jesus." We are all saddened when others fail to respond to logic and the use of force is necessary, but the periodic necessity of using force to protect others is often unavoidable. Our own internal conflicts of loneliness brought on by dealing with sociopaths is perhaps brought on by our own fear of not being loved by others. The realization of that phenomenon might help us to resolve our own internal conflict in dealing with the manipulative sociopath. One of the problems with dealing with unattached people or sociopaths is the difficulty of recognition. At one time, they seem friendly, intelligent, well adjusted, and exhibit apparent sincerity in wanting to be a friend to others. At other times, their behavior seems to snap over, instantaneously, to that of a selfish ten year old. In Kohlberg's view of moral decision making, the age of ten is when a person begins to use the Everyone Rule (what would the world be like if everyone did the action in question). Sociopaths often do not consider others, rather seek instantaneous gratification of their own impulsive needs, much like a ten year old. Sociopaths are often superficially charming, yet frequently exhibit certain adverse character traits. They are: untrustworthy vs trustworthy disloyal vs. loyal selfish vs. helpful unfriendly vs. friendly discourteous vs. courteous (polite) mean vs. kind rebellious vs. obedient (a team player) wasteful vs. thrifty cowardly vs. brave dirty vs. clean profane vs. reverent Other peculiar traits include speech pathologies, and primary process (crazy) lying. Speech pathologies include "baby" talk by an older person. Crazy lying includes the child caught with a stolen candy bar in his hand who replies, "What candy." While often charming, unattached people are basically self-centered and lack values that guide their conduct with other people. Interpersonal relationships -- values. Sequential problem solving and dealing with interpersonal relations involves weighing various values and determining what is appropriate or inappropriate behavior. It is, therefore, desirable to have a firm grasp of our own values. What does society expect of us? What do we expect of others? What do we expect of ourselves? The values of the English speaking countries came largely from Great Britain. The English Common Law system and the Judeo-Christian values expressed in it originated, in part, with King Arthur and the Knights of the Roundtable. King Arthur and his knights left us with some simple guidelines: The Knight's Motto -- Be always ready. The Knight's Code: On my honor I will do my best -- To do my duty to God and my King; To obey the Knight's Laws; To help other people at all times; To keep myself physically strong, mentally alert, and morally straight. The Knight's Laws: The Knight is to be: Trustworthy -- I will not lie, cheat, or steal. Loyal -- I will not tolerate those who lie, cheat, or steal. Helpful -- I will help other people at all times. Friendly Courteous Kind Obedient Thrifty Cheerful Brave Clean Reverent The underlying values of Knighthood and the Bible were eventually passed on to the Scouting movement for boys and girls by General Sir Baden-Powell about 1908.[12] The priority expressed in the Knight's Code is God, country, others, self -- the same sequence as in the Ten Commandments of Moses: 1. Thou shalt have no other gods before me. 2. Thou shalt not make any graven images. 3. Thou shalt not take the name of the Lord in vain. 4. Thou shalt remember the Sabbath to keep it holy. 5. Honor thy mother and father (that thy days may be long in the land which the Lord hath given thee). 6. Thou shalt not murder. 7. Thou not commit adultery. 8. Thou shalt not steal. 9. Thou shalt not lie. 10. Thou shalt not covet. The Ten Commandments and the underlying message of the Bible, of helping one another, provide us with the framework for appropriate interpersonal relationships. When the human factor in problem solving is kept in mind through a list of values and a code of conduct, personal problem solving becomes a matter of analyzing internal conflict (fear, arrogance, laziness, or loneliness). When a problem presents itself and action seems slow, it is helpful to recognize the ways people evade problems. Problem Solving Evasions. 1. SUBLIMATION -- sublimation is a compromise involving the gestation phase of problem solving. This often includes hobbies or other relaxation things that tend to disengage the left brain and allow the right brain greater autonomy. These relaxation devices allow the right brain to both synthesize new solutions and recall long unremembered solutions, as well as create new things for the fun of it. This activity occurs naturally. Sometimes sublimation activities are a compulsion driven by feelings of abandonment, as are other compulsions like substance abuse, gambling, and compulsive spending. 2. ANGER -- anger is often an immature reaction to frustration or stress, and is not considered a part of higher neo-cortex thinking; it is rather a reptilian reaction in MacLean's Triune Brain scheme. Anger is also a step in the Grief Process described by Elisabeth Kubler-Ross that progresses through denial, anger, bargaining, depression, and finally acceptance. 3. REGRESSION -- a return to the "Good Ole" Days. This problem evasion mechanism is farther from the problem solving pathway than anger. It involves the return to behavior of an earlier age. 4. DISTORTION -- these problem evasion mechanisms pass even farther from problem solving toward problem evasion. i. PROJECTION -- attributing unacceptable thoughts and feelings to someone else: "They don't like me." ii. REACTION FORMATION -- forming good feelings for a tyrant to minimize bullying: the terrorized victim reaction. iii. INTELLECTUALIZATION -- continuing research to find fool-proof solutions, rather than taking a chance at failure. iv. DISPLACEMENT -- prejudice, racism. Sarcasm and cynicism are frequently used in expressions of superiority over others. 5. REPRESSION -- This is the final evasion of problem solving and the most severe. It is a denial mechanism that involves blocking from consciousness that the problem ever existed. Problem Solving Evasions. 1. ANGER. i. Tears. ii. Rage. 2. REGRESSION -- "If things were only just like the Good Ole Days." 3. DISTORTION. i. PROJECTION -- Attributing one's own feelings to someone else: "He hates me." ii. REACTION FORMATION -- Adopting favorable emotions toward an abusive-domineering bully. "If I love the terrorist, maybe he won't hurt me." iii. INTELLECTUALIZATION -- "I'll wait until it is totally safe before I do anything. I'll continue to research the problem." iv. DISPLACEMENT -- racial prejudice, cynicism, sarcasm. 4. REPRESSION -- "This is now not important enough to spend time on. I can't even remember why it was once important." * * * * * Interpersonal Problem Solving. 1. Aristotle. _Rhetoric and the Poetics_. F. Solmsen, ed. New York: The Modern Library, 1954. 2. Magid, Ken and Carole A. McKelvey. _High Risk: Children without a Conscience_. New York: Bantam Books, 1987. 3. Maslow, A. H. _Motivation and Personality_. New York: Harper and Row, 1954. 4. MacLean, Paul. _Triune Concept of the Brain and Behavior_. Toronto: University of Toronto Press, 1973. 5. Sagen, Carl. _The Dragons of Eden_., New York: Ballantine Books, 1977. 6. Vygotsky, Lev. _Thought and Language_. Cambridge: MIT Press, 1962. 7. A Committee of College and University Examiners. "Educational Objectives and Curriculum Development." _Taxonomy of Educational Objectives -- Handbook 1: The Cognitive Domain_. Benjamin S. Bloom, ed. New York: David McKay Company, Inc., 1956. 8. Kohlberg, Lawrence. "Moral Education for a Moral Transition." _Educational Leadership_ 32 (October 1975): 46-54. 9. Magid, Ken and Carole A. McKelvey. _High Risk: Children without a Conscience_. New York: Bantam Books, 1987. 10. _Unmasking the Psychopath -- Antisocial Personality and Related Syndromes_. William H Reid, Darwin Dorr, John I. Walker, Jack W. Bonner, eds. New York: W.W. Norton, 1986. 11. Cline, Foster. _Understanding and Treating the Severely Disturbed Child_. Evergreen, CO: Evergreen Consultants in Human Behavior, 1979. 12. Handbook for Boys. New York: Doubleday-Page and Co., 1911. * * * * * APPENDIX 1 Outline Styles 1. A. 1. a. b. 2. B. 2. 3. I. i. ii. iii. II. III. IV. APPENDIX 2. Persuasive Argument Form. First establish topic, audience, and personal position. Then gather information and organize the argument. 1. Introduction. Establish friendly intentions with the audience by using a sincere complement. State the topic of the argument. State your personal position. State three points you intend to make in the argument. Arrange these points (A) second best point, (B) weakest point, (C) strongest point. This is known in the study of rhetoric as the Nestorian Order. It achieves interest at the beginning and finishes strong. 2. The Body. A. The first point, but the second best argument. 1. First example illustrating point A. 2. Example 2. 3. Example 3. B. The second point and the weakest point 1. The first answer to the audience's anticipated question about some weak point. 2. Answer 2 3. Answer 3 C. The third point and the strongest. 1. First example illustrating point C 2. Example 2 3. Example 3 3. The Conclusion: Restate your position to the topic. Restate your reasons in the same order as in the introduction and body: A, B, C. Introduce a fourth benefit from taking the position and make it a personal, human interest benefit to leave the audience in a good frame of mind. APPENDIX 3 Argumentative Fallacies Deductive reasoning is stating a series of valid relationships with a reasonable conclusion. When it rains the streets get wet. It is raining. Therefore the streets are wet.[1] Several reasoning fallacies exist: (1)formal deductive fallacies, which occur because of an error in the form of the argument, and (2) informal false content fallacies. (1) A formal deductive fallacy might switch a premise with the conclusion: The streets are wet. When it rains the streets get wet. Therefore it is raining. This conclusion is fallacious because there are other reasons that could have caused the street to be wet: snow melt, a street sweeper, etc. (2) Several informal false content fallacies are: Logic errors: * The "straw man" deception. This is deceptive attack on an opponents position using a similar but different position. "The President states that he is a 'Peace' president, but will help those in need. No doubt he will withdraw the NATO peace keeping force from Bosnia and send them to Somalia to assist with the famine relief." What the president meant to say was that he will seek all reasonable diplomatic solutions to international aggression but will not abandon international treaties and will assist other nations with military forces. * The "false dilemma" deception. This deception often presents an argument so horrible that it is an unacceptable alternative, and the speaker's argument is presented as the only alternative. "Ebola virus has been accidentally released in Merryman Corporation research facility in Maryland. One way to destroy it is to drop a nuclear bomb on the facility. Another alternative is to accept the proposal of the Paladin Corporation to take over supervision of the contract granted to the Merryman Corporation. Paladin estimates that they can decontaminate it with lethal gas for a mere ten million dollars." * The "domino theory" deception. The domino theory deception makes the claim that if one thing happens another will invariably follow. "If South Vietnam falls to the Communists, every other nation in Southeast Asia will follow, including Australia." * The "two wrongs make a right" deception. "It is all right to execute prisoners because South Africa does it too." Emotional tactics. * The "attack the speaker" diversion. This fallacy is known as the Ad Hominem fallacy. "The mayor proposes opening a day care center for city hall employees. The mayor was once divorced. The mayor is not competent to make family decisions." The mayor's willingness to please his employees and his administrative competence are diverted with a personal attack. * The "commonly accepted practice" deception. This deception often is designed to make an action seem biased or prejudicial. "It is common practice to replace computers in business every five years. The military even has a policy to that effect ." * The "appeal to pity" tactic. "If welfare recipients are required to work, many recipients will not be able to watch television as much." * The "infallible truth or cliche" deception. "This meal is not well seasoned. Too many cooks spoil the soup." The emotional tactics often include cynicism or sarcasm and are used to belittle the other person. The emotional tactics are often used to make another person feel worthless and unloved. * * * * * Argumentative Fallacies. 1. Critical Thinking and Reasoning: A Handbook for Teachers. Albany: The University of the State of New York, 1976. * * * * * REFERENCES. Research Skills. Edwards, Betty. _Drawing on The Right Side of The Brain_. Los Angeles: Tarcher, Inc., 1979. Lucas, Jerry and Harry Lorayne. _The Memory Book_. New York: Ballantine Books, 1974. Mindil, Phyllis. _Power Reading_. Englewood Cliffs, NJ: Prentise Hall, 1993. Minninger, Joan. _Total Recall -- How to Boost Your Memory Power_. Emmaus, Pa: Rodale Press, 1984. _Neural mechanisms of learning and memory_. Mark R. Rosenzweig and Edward L. Bennett, eds. Cambridge, Mass. MIT Press, 1976. Robinson, Francis P. _Effective Studying_. 4th ed. New York: Harper and Row, 1970. Spense, Jonathan D. _The Memory Palace of Matteo Ricci_. New York: Penquin Books, 1984. Spitzer, Herbert F. "Studies in Retention." _Journal of Educational Psychology_. Vol. XXX (Dec. 1930) No. 9. * * * * * Practical Problem Solving. _Aristotle. Rhetoric and the Poetics_. F. Solmsen, ed. New York: The Modern Library, 1954 Beyer, Barry K. "Developing a Scope and Sequence for Thinking Skills Instruction." _Educational Leadership_ 45 (April 1988): 26-30. "Classifying Fallacies Logically", Ludwig F. Schlecht, _Teaching Philosophy_, March, 1991, 14:1, p.53-65 A Committee of College and University Examiners. "Educational Objectives and Curriculum Development." _Taxonomy of Educational Objectives -- Handbook 1: The Cognitive Domain_. Benjamin S. Bloom, ed. New York: David McKay Company, Inc., 1956. A Committee of College and University Examiners. "Educational Objectives and Curriculum Development." _Taxonomy of Educational Objectives -- Handbook 2: The Affective Domain_. Benjamin S. Bloom, ed. New York: David McKay Company, Inc., 1956. _Critical Thinking and Reasoning: A Handbook for Teachers_. Albany: The University of the State of New York, 1976 Gingerick, Owen. "The Galileo Affair." _American Scientific_. August, 1982, #247, p.132-138. Maslow, A. H. _Motivation and Personality_. New York: Harper and Row, 1954. * * * * * Fallacies. "Classifying Fallacies Logically", Ludwig F. Schlecht, _Teaching Philosophy_, March, 1991, 14:1, p.53-65 Pospesel, Howard. _Argument -- Deductive Logic Exercises_. Englewood Cliffs, New Jersey: Prentice-Hall, 1971. Critical Thinking and Reasoning: a handbook for Teachers. Albany: SUNY, 1976. * * * * * Developing a Solution. Gardner, Howard. _Frames of Mind: The Theory of Multiple Intelligences_. New York: Basic Books, 1983. * * * * * Leadership Styles. Fiedler, Fred E. "The Trouble With Leadership Training Is That it Doesn't Train Leaders." _Psychology Today_ 6 (February 1973): 23-30. Goodall, H. Lloyd, Jr. _Small Group Communications in Organizations_. 2nd ed. Dubuque, IA: Wm. C. Brown, 1990. Schultz, Beatrice G. _Communicating in the Small Group -- Theory and Practice_. New York: Harper and Row, 1989. Tannenbaum, Robert and Warren H. Schmidt. "How to Choose an Leadership Pattern." _Harvard Business Review_ 36 (March-April 1958): 95-101. Wood, Julia T. "Leading in Purposive Discussions: A study of Adaptive Behavior." _Communications Monographs_ 44(June 1977): 152-165. * * * * * Interpersonal Problem Solving. A Committee of College and University Examiners. "Educational Objectives and Curriculum Development." _Taxonomy of Educational Objectives -- Handbook 1: The Cognitive Domain_. Benjamin S. Bloom, ed. New York: David McKay Company, Inc., 1956. Cline, Foster. _Understanding and Treating the Severely Disturbed Child. Evergreen_, CO: Evergreen Consultants in Human Behavior, 1979. Cline, Foster. _Learning Disorder and School Problems_. Evergreen, CO: Evergreen Consultants in Human Behavior, 1979. _Critical Thinking and Reasoning: A Handbook for Teachers_. Albany: The University of the State of New York, 1976. _Give Them Roots, The Let Them Fly: Understanding Attachment Therapy_. Carole A. McKelvey, ed. Evergreen, Colorado: The Attachment Center at Evergreen, Inc., 1995 Kohlberg, Lawrence. "Moral Education for a Moral Transition." _Educational Leadership_ 32 (October 1975): 46-54. MacLean, Paul. _Triune Concept of the Brain and Behavior_. Toronto University of Toronto Press, 1973. Magid, Ken and Carole A McKelvey. _High Risk: Children without a Conscience_. New York: Bantam Books, 1987. Maslow, A. H. _Motivation and Personality_. New York: Harper and Row, 1954. Sagen, Carl. _The Dragons of Eden_. New York: Ballantine Books, 1977. _Unmasking the Psychopath -- Antisocial Personality and Related Syndromes_. William H Reid, Darwin Dorr, John I. Walker, Jack W. Bonner, eds. New York: W.W. Norton, 1986. Vygotsky, Lev. _Thought and Language_. Cambridge: MIT Press, 1962. * * * * * Dealing With Interpersonal Conflict. Bobhoeffer, Dietrich. _The Cost of Discipleship_. New York: Macmillan, 1963. _Handbook for Boys_. New York: Doubleday-Page and Co., 1911 Kubler-Ross, Elisabeth. _Death: The final stage of growth_. Englewood Cliffs, N.J. Prentice-Hall, 1975. Saotome, Mitsugi. _The Principles of Aikido_. Boston: Shambhala, 1989. Stevens John. _Abundant Peace -- the Biography of Morehei Ueshiba, the founder of Aikido_. Boston: Shambhala, 1987. Stevens, John. _The Secrets of Aikido_. Boston: Shambhala, 1995 Turnbull, Stephen. _Samurai Warriors_. London: Blandford Press, 1987. * * * * * Bibliography. _Aristotle. Rhetoric and the Poetics_. F. Solmsen, ed. 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New York: McGraw-Hill, 1985 Entire Periodical Issues Devoted To Critical Thinking: _Educational Leadership_ 42 (September 1984). _Educational Leadership_ 42 (May 1985). _Educational Leadership_ 45 (April 1988). _Educational Leadership_ 46 (September 1988). _Journal of Teacher Education_ 40 (March-April 1989). _Language Arts_ 64 (February 1987). _Teaching Philosophy_ 14 (March 1991). * * * * * Index Ad hominem fallacy Aggression Aikido Anger Appeal to pity fallacies Argument Argumentative fallacies Aristotle Arrogance Association Authoritarian leadership style Axon Bible Brain cells Brainstorm Cause and effect fallacies Circular argument Circularity fallacies Commonly accepted practice fallacies Compromise Compulsion Compulsive spending Credibility fallacies Cynicism Decision making Deductive fallacies Deductive reasoning Diplomacy Displacement Distortion Domino theory fallacies Either/or fallacies Emotional fallacies Emotional tactics Enablers Everyone rule Exaggeration Experimentation External conflict FALL False content fallacies False dilemma fallacies Fear Forgetfulness Free association Frustration Gambling Generalization fallacies Gestation Glial sheath God Grief process Guilt by association fallacies Hobbies Hypothetico-deductive reasoning Impulsiveness Infallible truth fallacies Intellectualization Internal conflict Interpersonal conflict Interpersonal relationships King Arthur Knight's code Knight's laws Knight's motto Kohlberg Leadership Left brain Limbic system Loaded language fallacies Logic Logic errors Logic fallacies Loneliness Love MacLean Manpower Maslow Memorization Memory Memory loss Middle Ages Name calling fallacies Neo-cortex Nerve cell Nestorian order Outlining Persuasive argument Persuasive fallacies Problem solving Project calendar Projection Proverbs Rapid reading Reaction formation Recall Regression Relaxation Religion Repetition Repression Reptilian brain Retreat Right brain Samurai Sarcasm Self-starters Single cause fallacies Snob appeal fallacies Sociopath Soldiers Solomon SQ3R Straw man fallacies Stream of consciousness. See brainstorm Sublimation Subordinate Substance abuse Synapses Synthesis Teacher Teacher leadership style Teamwork leadership style Ten Commandments Thinking skill Triune brain Two wrongs make a right fallacies Unattached Use of force Values Work ethic Zen Buddhism *** End of this LibraryBlog Digital Book "Sequential Problem Solving - A Student Handbook with Checklists for Successful Critical Thinking" *** Copyright 2023 LibraryBlog. All rights reserved.