...How To: Use Comparing Strategies DQ3: HELPING STUDENTS PRACTICE AND DEEPEN THEIR UNDERSTANDING OF NEW KNOWLEDGE Element 17 Examining Similarities and Differences Comparing is the process of identifying similarities and differences between ideas or things. A variety of strategies can be used when designing comparison activities. We will discuss sentence stems, Venn diagrams, double bubble diagrams and comparison matrices. Sentence Stem Comparisons This strategy can be used to have the students compare and contrast people, characters, places, events, concepts or processes. The comparisons can be general or specific. Marzano’s Becoming a Reflective Teacher, gives the following examples: General – House cats are similar to lions because ____________________. House cats are different than lions because _______________________. Specific – Sherlock Holmes and Gandalf are both characters who enjoy solving mysteries, but they are different because ____________________________. After a gym teacher has provided a series of critical-input experiences on baseball and fast pitch softball, he might assign a sentence stem assignment comparing and contrasting the two sports. A completed example can be found in Marzano’s A Handbook for the Art and Science of Teaching and looks something like this. Baseball and fast pitch softball are similar because they both… • Have 4 bases in a diamond shape • Have 9 defensive players. • Have the same ball/strike counts: 4 balls = walk & 3 strikes = out ...
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...BSC 1020 - Biology of Humans EXAM 1 Study Guide Exam Instructions • Exam 1 is scheduled for Saturday, February 13, 2016 from 11:00am-12:15pm • It will be held on the Tampa campus, in CW Bill Young Hall (CWY), which is located on USF Maple Dr., across from the Social Science bldg. (SOC), and north of the gym/rec center (REC). Campus maps can be found at: http://www.usf.edu/administrative-services/parking/maps/index.aspx o Because there are 316 students, we’ll split the class between two adjacent rooms: If you last name begins with A ‒ J, go to CWY 107 ▪ If you last name begins with K ‒ Z, go to CWY 109 ▪ • If you cannot come to the Tampa campus that day, it is your responsibility to arrange for an alternate site. Refer to the syllabus for more details. • Please bring your student ID and a pencil. Scantron sheets will be provided. • The exam covers Chapters 1 to 7, Units A‒D. Roughly the same number of questions will come from each chapter. • It will consist of 50 multiple-choice questions, including approximately 10 True/False. Study Recommendations: • Re-read each chapter ahead of time, study the PowerPoint slides • Do the online practice quizzes and activities. Better yet, do them a couple of times. Some of the exam questions may be the same or very similar. • Take the quizzes found at the end of each chapter in the textbook Study Material: To help you focus your studies as much as possible, I’ve assembled...
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...Chemistry 105 Spring, 2013 Unit 2 Summary 4/25 Outcomes: 1. To review air quality issues related to fossil fuel consumption and the limitations of this resource. 2. To define energy, work, heat, and temperature in scientific (thermodynamic) terms, and how the terms calorie, nutritional Calorie, joule, and kilojoule are related. 3. To describe the First Law of Thermodynamics as the conservation of energy, and the interplay of kinetic, potential, heat and work energy. To describe and apply the Second Law of Thermodynamics from several points of view: randomness, chaos, probability, distribution of matter and energy, energy efficiency. 4. To know that we measure energy only through change, such as with a calorimeter. 5. To use potential energy diagrams to represent changes that take place in reactions 6. To use the terms endothermic and exothermic to describe the entry or exit of heat from chemical systems (and that the opposite change must take place in the surroundings). 7. To know that energy changes in reactions come from changes in chemical bonds, and how they can be estimated from differences in bond energies of bonds broken vs. formed. 8. To express and interpret these changes in potential energy diagrams and apply these skills to the combustion of fuels. 9. To view and describe recent trends in energy source utilization. 10. To give specific details on the composition of coal and its impacts on environmental quality. Assignments: Read §4.1 – 4...
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...1. ATOMS I can… 1. identify the parts of an atom; protons, neutrons, electrons. 2. properties of an atom; charges (anion & cation), atomic number, atomic mass & isotopes. 3. determine the number of subatomic particles in a neutral atom and charged atom. 4. the development of atomic models including, the Dalton, Thomson, Rutherford, and Bohr. 5. represent elements using the modified Bohr model of an atom. 6. examine the spectra of common atom(s) to determine that each element has a unique pattern of light emitted & absorbed. 7. model and explain Rutherford’s gold foil experiment. 2. PERIODIC TRENDS I can… 8. describe how elements are organized on the periodic table. 9. identify metals, non-metals and metalloids on the periodic table. 10. identify elements that belong in the same group/family and explain shared characteristics. 11. identify alkali metals, alkaline earth metals, halogens and noble gases on the periodic table and describe their distinguishing characteristics. 12. identify and predict physical and chemical properties of elements based on their location on the periodic table. 13. determine the number of valence electrons for a given element. 3. BONDING & COMPOUNDS I can… 14. define and illustrate ionic bonds. 15. given a compound’s name, determine the ionic formula. 16. use the periodic table to predict what ionic formula will result when two elements bond. 17. show how ions...
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...Module 3 Waves and the Electromagnetic Spectrum Topic: Waves 1. What is a wave? A wave is vibration that travels and all waves are created by something vibrating. Waves transport energy but do not transport mass. 2. Describe the following terms associated with waves: a. amplitude height of wave b. wavelength length of a wave c. frequency number of waves per second (Hz) d. period how long a wave lasts when it arrives at a fixed point (measured in seconds) 3. What are radio waves? An electromagnetic wave of a frequency used for long distant communication. 4. Explain the difference between a transverse wave and a longitudinal wave, and give examples of each. In a longitudinal wave, the vibration travels in the same direction that wave travels. Examples of longitudinal waves include: Sound, p-waves (earthquakes) In a transverse wave, the vibration direction is perpendicular to direction that wave travels. Examples include: Light/electromagnetic, (radio, microwave, xray, etc.), water waves, swaves (earthquakes). The major difference between longitudinal and transverse waves is their direction. Longitudinal waves move left to right while transverse waves move up and down. 5. Compare and contrast: light waves vs. sound waves Light waves are transverse and sound waves are longitudinal. Light waves can travel through a vacuum but sound waves cannot. Speed of light is nearly 300 million m/s while sound has a speed of about 340 m/s...
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...• List the organ systems of the human body and their major components. 1.) Integumentary system: skin and nails. 2.) Skeletal system- bones 3.) Muscular system- tendons/muscles 4.) Lymphatic system- thymus and the spleen. 5.) Nervous system- brain and spinal cord 6.) Cardiovascular system- heart and blood vessels 7.) Endocrine system- pituitary gland, hypothalamus 8.) Digestive system- stomach and liver. 9.) Reproductive system- Penis and ovaries 10.) Urinary system- ureter and kidneys 11.) Respiratoryyyyyy system- lungs and trachea. • Describe the major functions of each organ system. 1.) Integumentary system- skin and nails- major functions- protection, regulates body temperature. 2.) Skeletal system- provides protection, site of muscle attachment, location for new blood cell production. 3.) Muscular system- Movement and provides heat when muscles contract. 4.) Digestive system- Chemical and mechanical breaks down food into energy. Rids body of waste. 5.) Urinary system- Filters blood and rids body of waste in form of urine. 6.) Reproductive system- male/female sex organs. 7.) Nervous system- Receives and processes stimuli. 8.) Respiratory system- gas exchange- oxygen and carbon dioxide. 9.) Cardiovascular system- transports necessary hormones, nutrients, etc throughout body as well as waste. 10.) Endocrine system- releases hormones responsible for growth and development, controls metabolism...
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...Biology 119, Spring 2015 Review sheet for Exam 1 The exam is worth 100 points total. It will consist of approximately 47 multiple-choice questions worth 2 point each and 3-4 short essay questions. Bring a scantron and pencil to the exam. The best way to study is to review the posted lecture notes. I suggest printing of a blank copy and filling them in referring to your book and notes as little as possible. Continue this process until you can fill them in without assistance. Exam 1 will cover chapters 1-3 and 6. 1. How long have microbes been on the planet? How has this affected the evolution of more complex species? a. Microorganisms are the foundation for all life on earth b. They have existed on this planet for about 3.5 billion years c. Over time plants, animals, and modern microorganisms evolved from them 2. Describe some of the negative impacts of microbes. d. Disease epidemics- an infectious disease that affects large numbers of people in a given area e. Chronic disease caused by bacteria i. Many disease once thought caused by environmental stressors actually caused by bacteria 1. Example: gastric ulcers a. Causative agent – Helicobacter pylori f. Examples: ii. Black Plague (Yersinia pestis bacterium)- killed 25 million Europeans between 1346-1350 iii. Influenza 1918-1919 killed more than all the wars combined iv. Cholera-vibrio cholerae ...
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...OCR 2008 version 2 – February 2008 QAN 500/2425/5 QAN 500/2347/0 Contents 1 About these Qualifications 1.1 1.2 1.3 1.4 1.5 The Three-Unit AS The Six-Unit Advanced GCE Qualification Titles and Levels Aims Prior Learning/Attainment 4 4 4 5 5 5 2 Summary of Content 2.1 2.2 AS Units A2 Units 6 6 7 3 Unit Content 3.1 3.2 3.3 3.4 3.5 3.6 AS Unit F321: Atoms, Bonds and Groups AS Unit F322: Chains, Energy and Resources AS Unit F323: Practical Skills in Chemistry 1 A2 Unit F324: Rings, Polymers and Analysis A2 Unit F325: Equilibria, Energetics and Elements A2 Unit F326: Practical Skills in Chemistry 2 8 8 20 38 40 51 62 4 Schemes of Assessment 4.1 4.2 4.3 4.4 4.5 4.6 4.7 4.8 AS GCE Scheme of Assessment Advanced GCE Scheme of Assessment Unit Order Unit Options (at AS/A2) Synoptic Assessment (A Level GCE) Assessment Availability Assessment Objectives Quality of Written Communication 64 64 65 66 66 66 67 67 68 5 Technical Information 5.1 5.2 5.3 5.4 5.5 5.6 5.7 5.8 5.9 Making Unit Entries Making Qualification Entries Grading Result Enquiries and Appeals Shelf-life of Units Unit and Qualification Re-sits Guided Learning Hours Code of Practice/Subject Criteria/Common Criteria Requirements Arrangements for Candidates with Particular Requirements 69 69 69 69 70 71 71 71 71 71 72 72 © OCR 2008 GCE Chemistry A v2 5.10 Prohibited Qualifications and Classification Code 5.11 Coursework Administration/Regulations 2 6 Other Specification...
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...AP Biology Summer Independent Study Packet Directions: As you carefully read through chapters 1-7 in your Campbell Biology textbook, thoughtfully respond to each of the following questions. It is important that you actually read the chapters for review and understanding. Do not just look for answers to the questions provided. Review all diagrams provided. The majority of the material in these beginning chapters should be a review for you. If need be, focus on those areas which may seem less familiar. After reviewing this material independently during the summer, it is expected that you have a solid understanding of these basic concepts for the start of this course. Prepare any specific questions that you may have. Again, this is an independent review and you will be expected to know these concepts for future use and assessment. This introductory material will not be covered in detail during class time. Chapter 1: Introduction: Themes in the Study of Life 1. Explain the importance of a biological hierarchy in terms of biological organization. 2. Why must scientists study the interactions of organisms with each other and the environment? 3. Comment on the relationship between structure and function in biology. 4. How specifically is the cell life’s basic unit of structure and function? 5. What is the significance of DNA to organisms? 6. Explain the basic concept of a biological feedback system. How does it work? 7. Explain briefly...
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...1. Explain the connection between your health and what you breathe. -Clean unpolluted air keeps us alive and healthy, that is why it’s important for us to keep our environment clean 2. Describe air in terms of its major components, their relative amounts, and the local and regional variations in the composition of air. -Major components of air are: nitrogen, oxygen, argon, carbon dioxide, and water vapor. The composition of air by volume is about 78% nitrogen, 21%oxygen, and 1% other gases. ****** 3. List the major air pollutants and describe the health effects of each. -Four major air pollutants and their health effects: -Carbon monoxide- known as the “silent killer” because it has no color, taste, or smell. Once you inhale it passes into your blood stream and interferes with the ability of your hemoglobin to carry oxygen. At first you may feel dizzy, nauseous, or your head may hurt. Continued exposure can lead to severe illness, even death -Ozone- sharp odor, may be detected around a photocopier, electric motor, or welding equip. Can reduce lung function. Symptoms include chest pain, coughing, sneezing and lung congestion. -Sulfur dioxide- has a sharp unpleasant odor and dissolves in the moist tissue of your lungs to form an acid. Those with lung disease such as emphysema or asthma are most susceptible to sulfur dioxide poisoning. -Nitrogen dioxide- brown color and also damages lung tissue. Like sulfur dioxide...
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...body to any demand placed upon it”. Researchers continue to struggle today in an effort to agree on exactly what is stress and how it can be measured (AIS, 1979). Stress is a word that comes from the Latin word stringere meaning to draw tight, Cannon (1929) defined stress in terms of the internal physiological state of subjects exposed to threatening or exciting situations, e.g. the raised adrenaline secretion that can be observed in the well-known ‘fight or flight’ reaction (Arnorld and Randall et al., 2010) For several decades, occupational health researchers have been concerned with factors at work that may cause stress (Innstrand et al., 2012). Work-related stress and work pressure draw attention of many researchers due to the increase in illness and health issues derived from work. Moreover, an interest in examination of the differences in psychological symptoms and the variation in the reaction relative to the gender was demonstrated. Depression, anxiety, panic, loss of confidence, change in emotional reaction and more are known as psychological driving factors of work-related stress. In order to analyse the dimension...
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...For other uses, see Fiction (disambiguation). An illustration from Lewis Carroll's Alice's Adventures in Wonderland, depicting the fictional protagonist, Alice, playing afantastical game of croquet. Fiction is the form of any narrative or informative work that deals, in part or in whole, with information or events that are not factual, but rather, imaginary—that is, invented by the author. Although fiction describes a major branch of literary work, it may also refer to theatrical, cinematic or musical work. Fiction contrasts with non-fiction, which deals exclusively with factual (or, at least, assumed factual) events, descriptions, observations, etc. (e.g.,biographies, histories). Contents [hide] * 1 Types of fiction * 1.1 Realistic fiction * 1.2 Non-realistic fiction * 1.3 Semi-Fiction * 2 Elements of fiction * 2.1 Plot * 2.2 Exposition * 2.3 Foreshadowing * 2.4 Rising action * 2.5 Climax * 2.6 Falling action * 2.7 Resolution * 2.8 Conflict * 2.8.1 Types of conflict * 2.8.1.1 Person vs. self * 2.8.1.2 Person vs. person * 2.8.1.3 Person vs. society * 2.8.1.4 Person vs. nature * 2.8.1.5 Person vs. supernatural * 2.8.1.6 Person vs. machine/technology * 2.9 Character * 2.10 Methods of developing characters * 2.11 Symbolism * 2.12 Metaphor * 3 Types of plots * 3.1 Chronological order * 3.2 Flashback * 3.3 Setting...
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...CHAPTER 1: The Science of Psychology 1. Who founded the first Psychology laboratory and when was it (HINT: it was in Germany)? What else was he known for? a. First Lab 1879- Leipzig, Germany. Wilhelm Wundt, founder of psychology as discipline. Conscious experience and building blocks, trained many early psychologists 2. Identify the following, and the one or two main names (if applicable): Structuralists, Functionalists, Gestalt Psychology, Behaviorism Psychoanalysis, Humanistic Psychology, Cognitive Psychology b. Structuralists: Titchener- Wundt’s student. Wanted to examine the structure of mind and organization of basic elements of sensations, feelings, and images. “Structure of the mind” Example: I see a square as composed of four separate lines. Introspection: observing ones own conscious reactions. c. Functionalism- William James- first American psychologist. “Mental associations allow us to benefit from previous experience.” Deals with function, what does consciousness does to us, what is the purpose etc. d. Gestalt psychology- Max Wertheimer. Objects are well-organized structures, whole objects instead of parts. Ex. A square is a Square e. Behaviorism psychoanalysis – Sigmund Freud. Founded psychoanalysis in early 1900s, focused on unconscious thoughts in determining behavior. Psychoanalysis- feelings come from a hidden place in your mind called unconscious. f. Behaviorism- John Watson, B.F. Skinner. We can predict behaviors...
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...1 Overview of How to Write an Essay Writing essays is a major element of your education at the university level. Effective writing gives you the ability to express your ideas, theories, arguments, and projects clearly. The skills you acquire at the university level through writing essays will be aimed at practical business applications that you will be able to use in the workplace. The following information provides a succinct overview of the elements you need to know to begin writing an essay. It will help you on your writing journey. Types of Essays Narrative A narrative essay is a story told by a narrator. Generally, a narrative discusses the personal experience of the author (the first person point of view), but it can also be written about things that happen to others (third person point of view). A narrative typically involves characters, a setting, specific and vivid details, and a series of events that can include current incidents, flashbacks, or dialogue. Cause and Effect A cause and effect essay explores why events, actions, or conditions occur (cause) and examines the results of those events, actions, or conditions (effect). For example, a cause could be purchasing a new expensive home. The effect might be fewer family vacations, more time spent on upkeep, or less time with family because of extra work hours to pay for the home. Comparison and Contrast A comparison and contrast essay shows the relationship between two or more elements. The items can be compared...
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... Chapter 1 Review Questions 1. How would you define “organization development”? Answer: Organization development is a series of planned behavioral science intervention activities with the purpose of increasing the effectiveness of the system and developing the potential of all individual members. OD efforts are planned, systematic approaches to change that are carried out in collaboration with organization members to help find improved ways of working together toward individual and organizational goals. 2. How does OD differ from a single-change technique such as management training? Answer: OD represents a systems approach that is concerned with the interrelationship of various divisions, departments, groups, and individuals as interdependent subsystems of the total organization. A single technique such as management training is aimed at changing individual behavior, whereas OD is focused on the larger goal of developing an organization-wide improvement in managerial style. OD uses many different techniques and no single technique represents the OD discipline. 3. Identify and demonstrate the uses of the psychological contract. Answer: Psychological contract involves the expectations on the part of individuals and organizations to which they belong or in which they take part (i.e., work). Each side must understand that such a “contract” exists and that unless these expectations are met, there will be conflict. 4. Explain the difference between pivotal and peripheral...
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