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E-raamat: Differentiated Instruction for K-8 Math and Science: Ideas, Activities, and Lesson Plans

  • Formaat: 143 pages
  • Ilmumisaeg: 18-Oct-2013
  • Kirjastus: Eye On Education, Inc
  • ISBN-13: 9781317930235
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  • Formaat: 143 pages
  • Ilmumisaeg: 18-Oct-2013
  • Kirjastus: Eye On Education, Inc
  • ISBN-13: 9781317930235

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For elementary and middle school teachers, or those doing in-service work, this volume lays out teaching methods, organizational approaches, ideas, activities, and lesson plans they can use for math and science instruction that will motivate students. The authors first outline differentiated instruction and assessment, and then provide ideas for teaching based on that idea, with special emphasis on multiple intelligences. Lesson plans are based on national standards. There is no index. Hamm is a former public school teacher and teaches education at San Francisco State U. Adams is a professor of education and an educational consultant in Canada. Annotation ©2008 Book News, Inc., Portland, OR (booknews.com)
Preface ix
Differentiating Instruction: Introducing Different Paths to Learning
1(20)
Differentiated Learning Goals
2(1)
How Teachers Can Differentiate or Modify Instruction
3(1)
Principles of Differentiation
4(1)
Multiple Intelligences: A Structure of Differentiated Instruction
5(3)
Activities That Demonstrate Multiple Intelligence Theory
6(2)
Lesson Planning
8(1)
A Sample Multiple Intelligence Lesson Plan
9(2)
Finding Out About Rocks
9(2)
Lesson Activities
11(4)
Activity 1: Find Your Rock
11(1)
Activity 2: Rock Guided Imagery Experience
11(1)
Activity 3: Rock Poetry
12(1)
Activity 4: A Rock Song
12(1)
Activity 5: Introduce Graphic Organizers
13(2)
Evaluation
15(1)
Summary and Conclusion
16(1)
Resources
17(2)
A Lesson Plan Format for Direct Instruction
17(1)
Lesson Plan Outline for Group Investigations
18(1)
References
19(2)
Differentiated Assessment
21(20)
Guiding Performance in the Elementary and Middle School
21(1)
Knowing Your Students
22(3)
Students' Academic Profile
22(1)
Student Interest Profile
23(1)
Alternative Assessments
24(1)
Assessing What We Value
25(1)
Portfolios: Collecting, Selecting, and Reflecting on Work Samples
26(1)
How to Design Portfolios
26(1)
A Student/Teacher Plan for Portfolio Development
27(3)
The Portfolio as a Tool for Understanding
27(1)
Advantages of Using Portfolios
27(1)
Linking Assessment With Instruction
28(1)
A Sample Differentiated Learning Activity and Assessment Grid
29(1)
Purposeful Assessment
30(2)
Assessment, Multiple Intelligence Theory, and Lesson Planning Possibilities
32(1)
Multiple Intelligences (Assessment and Planning Checklist)
32(2)
Guidelines for Differentiated Learning and Assessment
34(3)
Collaborative Inquiry Model for Science Instruction
34(3)
Hints for Helping Teachers Differentiate Learning
37(1)
Resources and References
38(3)
Differentiating Mathematics Instruction
41(30)
Differentiating the Learning of Mathematics
42(3)
Mathematics Is a Way of Thinking and Asking Questions
42(1)
Mathematics Is a Knowledge of Patterns and Relationships
42(1)
Math Is a Tool That We Use Every Day
43(1)
Math Is Having Fun
43(1)
Math Is an Art
44(1)
Math Is a Specialized Language
44(1)
Math Is Interdisciplinary
44(1)
Guidelines for Differentiating Math Instruction
45(1)
Learning Mathematics With the National Council of Teachers of Mathematics Standards
46(2)
Connecting the Curriculum Standards to School Mathematics
46(2)
Math Games and Differentiated Activities to Teach Number Sense
48(19)
Activity 1: Find My Mistake
48(1)
Activity 2: Demonstrate Math Facts
49(1)
Activity 3: Snap-Together Fun
50(1)
Activity 4: Math Manipulatives Can Be Useful
50(1)
Activity 5: Fraction Musical Chairs
51(2)
Activity 6: Make a Fraction Kit (Grades 3--6)
53(2)
Activity 7: Multiplication: Using Algebra To Show Rectangles
55(1)
Activity 8: Rectangles Multiplication Puzzle Activity
55(1)
Activity 9: Build a Chinese Tangram Puzzle (Grades 3--6)
56(2)
Activity 10: Find the Ratio of Your Height to Your Head (Grades 3--6)
58(1)
Activity 11: Connect Height With Circumference (Grades 3--6)
58(1)
Activity 12: Measure and Compare Your Shoes (Grades 3--6)
58(1)
Activity 13: Using Cuisenaire Rods to Measure Metric Perimeter (Grades 3--6)
59(1)
Activity 14: Predicting and Sorting (Grades 3--6)
60(1)
Activity 15: Predicting Coins and Colors (Grades 3--6)
60(1)
Activity 16: Finding Out About Sports Statistics (Grades 3--6)
61(1)
Activity 17: Real-Life Problems
62(2)
Activity 18: Learning Division With Understanding (Grades 3--6)
64(2)
Activity 20: Solving Problems (Grades 3--6)
66(1)
Activity 21: Using Statistics When Shopping (Grades 3--6)
66(1)
Differentiated Suggestions for Helping Math Students
67(1)
Summary and Conclusion
68(1)
References and Resources
69(2)
Differentiating Science Instruction
71(28)
The Ever-Changing Science Curriculum
71(2)
The Stimulating World of Science Education
73(1)
Different Learning Approaches
73(3)
Use a Collaborative Approach
73(1)
Form Multiage Flexible Groups
74(1)
Set Up Learning Centers
74(1)
Structure Varied Tiered Activities
74(1)
Make Learning More Challenging
75(1)
Have a Clear Set of Standards
76(1)
Expand Learning Options
76(1)
Introduce Active Reading Strategies
76(1)
The Changing Science Curriculum
76(1)
The National Science Content Standards
76(1)
Inquiry in the Science Standards and Process Skills
77(1)
Science Activities Based On the Science Standards
78(1)
Science Activities
78(17)
Activity 1: Buttons and Shells (Grades K--5) (AIMS)
78(2)
Activity 2: Unknown Liquids Experiment (Grades 3--6)
80(3)
Activity 3: Demonstrating the Behavior of Molecules (Grades 3--6)
83(2)
Activity 4: What Will Float? (Grades 3--6)
85(2)
Activity 5: Water Cohesion and Surface Tension (Grades 2--5)
87(1)
Activity 6: Experimenting With Surface Tension (Grades 3--8)
88(3)
Activity 7: Create a Static Electric Horse (Grades 3--6)
91(1)
Activity 8: Rain Forest Interdependence (Grades K--2)
92(3)
Summary and Conclusion
95(1)
References and Resources
96(3)
Differentiating Lesson Plans in Math and Science
99(33)
Modifying the Direct Teaching Model
100(1)
Some Teaching Alternatives
100(3)
Lesson Plan Format
102(1)
Place Value
103(4)
Lesson Plan 1: The Raisin Game
103(2)
Lesson Plan 2: Numbers Rounding Contest
105(2)
Addition and Subtraction
107(5)
Lesson Plan 3: Pokemon Subtraction
107(2)
Lesson Plan 4: The Tic-Tac-Toe Plus and Minus Game
109(1)
Lesson Plan 5: Poetry Subtraction
110(2)
Algebra
112(2)
Lesson Plan 6: Algebra Forehead Poker
112(2)
Measurement
114(4)
Lesson Plan 7: How High and How Wide?
114(2)
Lesson Plan 8: Estimating the Distance of a Square with Candy Skittles
116(2)
Geometry
118(2)
Lesson Plan 9: Angles Merry-Go-Round
118(2)
Life Science
120(4)
Lesson Plan 10: Tooth Health
120(2)
Lesson Plan 11: Fruity Fall Delights
122(2)
Earth Science
124(3)
Lesson Plan 12: Gases Everywhere
124(2)
Lesson Plan 13: What We Do Adds Up!
126(1)
Physical Science
127(4)
Lesson Plan 14: Yo-Yo Physics
127(2)
Lesson Plan 15: Thermal Energy and Convection
129(2)
Summary and Conclusion
131(1)
Resources and References
132


Mary Hamm, Dennis Adams