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SOL Changes and Preparation

SOL Changes and Preparation. A parent presentation. The Focus on the New Tests is. Rigor. Rigor is not…. Something extra you have to do on top of everything else More More pages ≠ rigor More of the same type of problem ≠ rigor More homework ≠ rigor. Rigor in the Classroom.

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SOL Changes and Preparation

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  1. SOL Changes and Preparation A parent presentation

  2. The Focus on the New Tests is Rigor

  3. Rigor is not… • Something extra you have to do on top of everything else • More • More pages ≠ rigor • More of the same type of problem ≠ rigor • More homework ≠ rigor

  4. Rigor in the Classroom • Focus on what students are asked to do • Three main pieces • Course content • Instruction • Assessment

  5. Secondary English SOL Changes: An Overview

  6. The important things to remember for English are: • Thinking • Analyzing • Non-fiction • Let’s look at the new question types that make students think and analyze

  7. Reading 2009-2010 Test

  8. Reading 2012-2013 SOL Test

  9. Reading 2009-2010 SOL Test

  10. Reading 2012-2013 SOL Test

  11. Reading 2009-2010 SOL Test

  12. Reading 2012-2013 SOL Test

  13. Writing 2009-2010 SOL Test

  14. Writing 2012-2013 SOL Test

  15. Writing 2009-2010 SOL Test

  16. Writing 2012-2013 SOL Test

  17. Writing 2009-2010 SOL Test

  18. Writing 2012-2013 SOL Test

  19. Nonfiction is another big part of the new SOLs. Here’s what you can do: Have students: • Read recipes to you while cooking • Read instruction manuals when you are putting things together • Read the newspaper (print or online) • Help fill out applications

  20. Changes to Science SOLs

  21. Investigate & Understand • Many of the standards in the Science Standards of Learning begin with the phrase “Students will investigate and understand.” • This phrase was chosen to communicate the range of rigorous science skills and knowledge levels embedded in each standard.

  22. Investigate & Understand “Investigate” refers to scientific methodology and implies systematic use of the following inquiry skills: • observing; • classifying and sequencing; • communicating; • measuring; • predicting; • hypothesizing; • inferring; • defining, controlling, and manipulating variables in experimentation; • designing, constructing, and interpreting models; and • interpreting, analyzing, and evaluating data.

  23. Investigate & Understand “Understand” refers to various levels of knowledge application. In the Science Standards of Learning, these knowledge levels include the ability to: • recall or recognize important information, key definitions, terminology, and facts; • explain the information in one’s own words, comprehend how the information is related to other key facts, and suggest additional interpretations of its meaning or importance; • applythe facts and principles to new problems or situations, recognizing what information is required for a particular situation, using the information to explain new phenomena, and determining when there are exceptions;

  24. Investigate & Understand “Understand” refers to various levels of knowledge application. In the Science Standards of Learning, these knowledge levels include the ability to: • analyze the underlying details of important facts and principles, recognizing the key relations and patterns that are not always readily visible; • arrange and combine important facts, principles, and other information to produce a new idea, plan, procedure, or product; and • make judgments about information in terms of its accuracy, precision, consistency, or effectiveness.

  25. Changes to the SOL tests • 15% of the test will be non-multiple choice questions • They will be Technology Enhanced Items • The remaining multiple choice questions will be more rigorous

  26. Technology Enhanced Items Fill in the blank (word or number) Drag and Drop (sort or order) Hot spots (select) Graphs

  27. Assessments – Then and Now Grade 8 – Then

  28. Assessments – Then and Now Grade 8– Now

  29. Assessments – Then and Now Grade 8 – Then

  30. Assessments – Then and Now Grade 8– Now

  31. Assessments – Then and Now Grade 8– Now

  32. Assessments – Then and Now Grade 8– Now

  33. Assessments – Then and Now Earth Science – Then

  34. Assessments – Then and Now Earth Science – Now

  35. Assessments – Then and Now Earth Science – Now

  36. How have teachers responded to these changes? Science Instruction – Then • “Cookbook” labs • Teacher-led instruction • Multiple choice assessments • Teach facts Science Instruction – Now • Inquiry-based labs • Student-led instruction • Open ended assessments • Teach process • Teach students to think rather than memorize

  37. What you can do support your student • Take an interest • Encourage perseverance • Help them with their problem solving skills • If they are confused, you may not be able to answer their questions, but you can help them formulate questions to ask the teacher

  38. Changes to Math SOLs

  39. A New Trend Line in Student Achievement “…this will be an indication that we are now expecting more of students, not that they are learning less.” - Dr. Patricia I. Wright Superintendent of Public Instruction

  40. 2009 Mathematics Standards of Learning • “Revised” versus “new” • New content - Repetition has been decreased • Increased rigor (higher-level) questions • Technology enhanced items (TEI) – approximately 15% of the items • Technology-enhanced items allow students to apply what they have learned and use critical-thinking skills in ways not possible with traditional multiple-choice questions. The items mirror common classroom tasks and assignments.

  41. Process Goals for Students Students will • become mathematical problem solvers that • communicatemathematically; • reasonmathematically; • make mathematical connections; and • use mathematical representationsto model and interpret practical situations

  42. “The content of the mathematics standards is intended to support the five goals for students”- 2009 Mathematics Standards of Learning

  43. Conceptual vs. Procedural Area and Perimeter A= l x w P = 2(l + w) Conceptual Procedural 3 4

  44. Conceptual vs. Procedural Fractions Change 7/6 to a mixed number. Conceptual: • Procedural: • Divide the numerator by the denominator. • Write the quotient as the whole number. Write the remainder as the numerator. Use the same denominator. • 7  6 = 1 R1 … 1 1/6 It takes 6 sixths to make a whole, so it’s 1 whole with 1 sixth left over… 1 1/6

  45. Sample TEI – Fill in the Blank

  46. Sample TEI – Drag and Drop

  47. Sample TEI – Hot Spot

  48. Sample TEI – Create Graphs

  49. What are teachers doing to address new levels of rigor? Then: • Direct instruction • Tell students how to do it, now do it • Practice with the skill Now: • Let students experience “intellectual struggle” • Expect of a variety of strategies and explanation of thinking • Ask higher level questions in class and practice APPLYING the skill

  50. Examples of tasks/problems used in classes now… • Problem: • Grading Tool:

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