Academic Strategies

1. Academic Strategies

2. Part 1: Reading a Textbook • Textbook reading is • a central component of a college education • Much of the material you will need to learn will come from textbooks and other assigned readings. • Effective reading requires much more than simply sitting down and reading the assigned chapters.

3. Remember • Active reading takes practice. The more you read actively, the more skilled you will become. As you develop your skills, both your reading speed and comprehension will improve.

4. Why Annotate? • Should I write in my textbook? • High school • No writing in textbooks! • Bookstore buyback. • They won’t give me money. • MYTH • Besides What you value most: cash or the better grade that marking in your textbooks can help you earn.)

5. Why Annotate? • Marking in college texts is not only allowed, it is encouraged. • Writing allows you to become fully engaged in the reading process, making it one of the most important aspects of reading. This is ACTIVE reading

6. The “Three Bears Rule” for Marking Text

7. The “Three Bears Rule” for Marking Text • Over-marked text

8. The “Three Bears Rule” for Marking Text • Under-marked text

9. The “Three Bears Rule” for Marking Text • Just right” marked text

10. Found after three minutes in USU Bookstore

11. Another way of looking at it:

12. Remember • The amount of text you mark will depend on your familiarity with the material. What you can’t do is nothing.

13. Marking and Annotating Text • When Should You Mark and Annotate Your Text? • Marking and annotating should be done after a “chunk” or unit of thought has been presented and the information can be viewed as a whole. This may mean marking after only one paragraph or after three pages. If you mark as you read, too much is marked and you are unable to see the “big picture” or main concepts. It takes time for the brain to organize information, so if you read, think, and then mark, the main points will develop, and you can decide what you need to mark to remember later.

14. Marking and Annotating Text • How Do You Mark and Annotate Your Text? • You isolate key information by underlining and highlighting topics, main ideas, and important details. You create meaningful organization of that information by annotating. Annotating refers to writing explanatory notes in the margins of your textbook to organize and remember important information. • While you read, look for signals that will tell you what information may be important: • Headings Illustrations • Key terms and definitions Important people • Lists Time sequences or dates

15. What Do You Annotate? • Headings: • Turn headings into a questions. (Who, how, why, what, when) • Be sure to write the answers (Use ANS in margin.) • Terms and definitions: • Whatterms are important? (italics or bold) • Circle terms and underline definitions. • In the margin, write the key term. • If the key term is also an answer to a question, write ANS above the words in the margin.

16. What Do You Annotate? • Important information signaled by lists: • Star words that tell you what a list is about. • Circle and number the items • In the margin, write what the list is about in a word or two. Then list the points in an abbreviated format. • If the list is also an answer to a question, write ANS in the margin.

17. What Do You Annotate? • Illustrations such as charts, graphs, and diagrams: • Circle titles. • If title is absent write one. • Summarize next to the illustration.

18. What System of Notation Should You Use? • Highlighting material is not just underlining; it is also circling, starring, numbering, and generally making an effort to put the material into perspective visually. What you can’t do is nothing.

19. Main Idea Word that you must be able to define Supporting material or definition Numbering of supporting ideas under main Idea Possible exam question Didn’t understand must seek advice Notes in the margin Study guide questions, statements or terms in the margin Indicates a relationship Sample annotation

20. Part 2: Note Taking • You will spend12 to 18 hours in class every week. • You must find an effective note taking strategy to concentrate on and record information for later review. This is ACTIVE listening.

21. Develop a system • Notetaking ISN’T just writing down what your professor says in class. • Note taking IS a process that involves your active involvement and concentration: • BEFORE • DURING • and AFTER class.

22. Before Class: Get prepared. • Complete any reading or written assignments. • Print and read instructor-provided lecture notes. • Write down any questions you want answered by the lecture. • Prepare your note taking materials (Cornell pages).

23. During Class: Use good listening and note-taking techniques. • Sit as close to the front as possible. • Arrive early to get a good seat. • Listen for signal words, and watch for cues. • Concentrate on the lecture; (ask questions). • Record notes. • Mark prepared notes. • Use chapter notes if applicable.

24. After Class: Deep Learning. • Review and condense your notes within 24 hours. • Recite aloud the answers or information triggered by the key terms, questions, or statements you have written. • Create a written summary of your notes. • Frequently review and recite the information.

25. Sample Cornell Note page

26. Cornell Note-taking Method • Developed by Dr. Walter Pauk, a Cornell University professor. • Is an effective means for reviewing and organizing your notes into an effective study guide. This is ACTIVE learning

27. There are five stages involved in the Cornell note-taking method. • Record • Reduce • Recite • Reflect • Review

28. Let’s Visit the ARC website • http://www.usu.edu/arc/idea_sheets/

29. Practical Exercise • Everyone make a blank template and continue taking notes in this lecture using the Cornell Method.

30. Stage 1: RECORD Prepare to record your notes as in the diagram. Include diagrams, illustrations, and questions/answers provided by the professor during his/her lecture. You don’t have to use this method, but… YOU CAN’T DO NOTHING

31. Stage 2: REDUCE As soon after class as you can, review and condense your notes in the recall column.

32. The Ebbinghaus Curve • If you do not review new information within 24-48 hours, 65-70 percent of information is forgotten after the first exposure to the information.

33. Stage 2: REDUCE • Reviewing notes within 24 hours and frequently thereafter will greatly reduce the amount of material you forget. • Without consistent reviews, you will actually have to relearn the information before a test. • Relearning information in a short amount of time increases your anxiety and decreases your ability to perform.

34. Reduce Notes Step 1: Write key words and phrases to summarize main points of the lecture. Step 2: Clarify unclear ideas or examples. Step 3: Develop potential test questions. Step 4: Summarize the lecture in your own words.

35. Stage 3: RECITE • Cover up the right-hand column where you recorded your notes, and use the key words, phrases, and questions in the recall column to review the information. • Put your answers in your own words as much as possible. • If you have difficulty recalling the information successfully, do another review of your lecture notes.

36. Stage 4: REFLECT • Reread your notes and think about them. • Read your text to supplement and clarify your notes. • This helps you to become a more active, critical thinker.

37. Stage 5: REVIEW • Briefly review your notes several times per week to retain what you have learned. • This “distributed review,” keeps information fresh and decreases your chances of forgetting.

38. Using Instructor Prepared Notes • Instructors may make notes available on Blackboard/Vista/Canvas. Some notes might be available for purchase in the Bookstore,use them. • They are not intended as a substitute for a student’s class attendance. • Fill in prepared notes with missing info from lectures. • Create a study guide with symbols, underlining and annotation.

39. Using Instructor Prepared Notes • Use a pen that will clearly mark the information. • *,!,or ____________ = instructor's important points. • Mark concepts for follow-up. • ? = do not understand. Follow up with text,SI, or instructor office hours. • : or = cause and effect, results. • ( ), [ ], circles and squares to group information. • EX to note examples from the lecture. • Add drawings and charts to illustrate.

40. Using Instructor Prepared Notes • Review your notes within 24 hours. • Review again within a few days to store in long-term memory

41. Using Instructor Prepared Notes

42. Part 3: Test Preparation • Test preparation involves a purposeful effort to develop a strong understanding of the course material. • You cannot rely on simply looking over your notes or trying to memorize pieces of information. • Learning is not the same as memorizing. • You must be able to apply your knowledge to problems, examples, issues, or situations that were not discussed in class or in your texts. • The ability to use knowledge in new situations requires study activities different from memorizing. This is ACTIVE learning

43. Organizational Strategies • These strategies help you connect material to your prior knowledge and aid you in seeing the connections between different ideas and materials.

44. Concept Maps • List the key ideas, concepts, terms, and facts from chapter. • Arrange in a hierarchy from most inclusive to least inclusive. • Draw lines showing connections between the items. Label each line to show the connection. • If you start a concept map and discover a better way to organize the material, do not be afraid to start over.

45. Concept Maps

46. Concept Map Practice Scientists pursuing supermassive black holes suspect that these giants merge somewhere in the universe roughly once a year, but they don't know how to find them. They think the evidence is hidden in the powerful gravitational waves and strong bursts of electromagnetic radiation created when the black holes collide. Using computer models, astrophysicists from the Rochester Institute of Technology (RIT) in New York and Johns Hopkins University in Baltimore, Maryland, are tracing electromagnetic signatures back to the impact. They are creating a detailed blueprint that will guide other scientists searching for merging black holes, using ordinary visible light and existing telescopes. Simulated models of these mergers will also aid the discovery of gravitational waves, confirming a key prediction of Einstein's general theory of relativity.

47. Charts • Useful for depicting many kinds of information.

48. Matrices • Display information where two or more topics are to be compared. • List the topics you want to compare along the top of the chart. • List the characteristics you want to use to compare them along the side. • List the defining characteristics for each topic.

49. Matrices

50. Matrices • We see this all the time: • http://www.wuup.co.uk/ps3-vs-xbox-360-feature-comparison-chart