Thursday, July 31, 2008

Jeopardy Games for SMARTBoard

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Here are links for some jeopardy games to use on SMARTBoard:

Play this jeopardy game online! More like this HERE!

And don't forget all the POWERPOINT games aligned to the textbook chapters created by our own CONNIE BURTON!


Donna Young's Information Packed Site

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DonnaYoung.org is filled with printables and resources for homeschoolers with templates for journals, grade books, curriculum planners, and so much more. The following are links to her math related templates.

  1. Math Page
    1. Coordinate Grids for Math
    2. Charts for Math
    3. Clocks for Math
    4. Math Drill Sheets
    5. Fraction Manipulatives
    6. Play Money
    7. Math Paper
    8. Scale Paper for Household Furniture Arrangements
    9. Triangular Math Facts Cards
    10. Unit Multipliers

Educational Insights no longer creates activities for Math Safari. And the older units re-sell for about $75 on E-Bay. Donna's site gives templates for creating your own worksheets to use with the Math Safari.



Templates

Pin It The following are links for math templates. The templates can be used with the camera tool as SMARTBoard objects.
  • This Number Line is a selection from a list of available templates for download offered by New Zealand Maths. Fractional Number Lines, Game Boards, and masters for activities and practice worksheets are included in the template list. Also, the site shares Exemplars for Math listed by level with rubrics that are matched with Curriculum Units (focused on lessons teaching toward Exemplars). The Guides for each topic include worksheets. NOTE: While, the PROPERTIES OF OPERATIONS lesson is a 3 LEVEL, the algebra and number sense skills are challenging. Looking back at 2 LEVEL explores spatial and visual patterning practice relating to all upper grade algebra objectives. The GEOMETRY TRANSFORMATIONS guide continues the matching exemplar and format includes unique and developmental lessons. Look for the detailed teacher questioning scripts.



  • SMARTBoard Templates - Missouri Schools Template page - CTRL F Search for interactive Dominoes, Four Square Vocabulary, Stem and Leaf Chart, Algebra Tiles for Multiplication, and even a CHARACTER ATTRIBUTES web!
  • Templates for Board Games - Make your own game board for SMARTBoard object as background. Create playing pieces that students move as they answer questions correctly! Simply download the template, make changes in WORD, and save with your camera tool to use as object in SMARTBoard.



TeatherBoard: Ideas for using the Hundreds Board ********

Saturday, July 26, 2008

Jeopardy

Pin It The format is large enough for SMARTBoard whole class use. A 2-player option could be played with two classroom teams.

This is a QUIA Jeopardy Percents, Decimals, and Fractions game.

This is an example of a Jeopardy Game practicing DECIMALS on QUIA.



Brainchild Online Assessment

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Brainchild offers EOG Achiever Assessment Tool. A 4th Grade DEMO is available at the above link. Data includes the following:

Pre- and Post Test
Data Analysis and Probability:
Geometry and Spatial Sense:
Measurement:
Number Sense and Concepts:
Operations:
Patterns & Algebra :
Average:
Date: 7/26/2008=


Subscription is required.

50 students per grade level = $174

100 students per grade level = $349 per year


This assessment tool would be appropriate for testing transfer students (those with little or no previous testing data) and to identify problem areas with low performing students.



Enable Math

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Interactive applets with examples and concepts. Requires FREE educator's registration.

Click on the topic. Then, click the desired lesson. Choose EXAMPLE, PROBLEMS or CONCEPT to open interactive applet.

1 Whole Numbers
2 Fractions
3 Decimals
4 Ratio & Proportion
5 Tables & Graphs
6 The Real Numbers
7 Solving Linear Equations
8 Graphing Linear Equations
9 Systems of Equations
10 Geometry
11 Polynomials
12 Factoring
13 Rational Expressions & Equations
14 Exponents & Radicals
15 Quadratic Equations
16 Introduction to Functions
19 Exponential and Logarithmic Functions


NOTE: Perimeter and Area are found under GEOMETRY.

Take the
TOUR on your first visit!

Tuesday, July 22, 2008

Geometry Vocabulary

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Here's an activity that will review geometry vocabulary!
Click for PDF!


Links for folding geometry:


>


PuzzleWise Vocabulary

Pin It The Math Team decided to focus on vocabulary instruction as our first area of design.

RESEARCH:
The Effect of Math Vocabulary Tests Every Two Weeks on the Retention of Math Vocabulary for Third Grade Students

In our Google research, we found RIT leveled vocabulary lists and scores. The scores are used in MAP tests (Measures of Academic Progress).

The RIT Scale is a curriculum scale that uses individual item difficulty values to estimate student achievement. An advantage of the RIT scale is that it can relate the numbers on the scale directly to the difficulty of items on the tests. In addition, the RIT scale is an equal interval scale. Equal interval means that the difference between scores is the same regardless of whether a student is at the top, bottom, or middle of the RIT scale, and it has the same meaning regardless of grade level.
RIT scales, like scales underlying most educational tests, are built from data about the performance of individual examinees on individual items. The theory governing scale construction is called Item Response Theory (IRT). NWEA uses a specific IRT model conceived by Danish mathematician, Georg Rasch, (1901-1980). Rasch is best known for his contributions to psychometrics, and his model is used extensively in assessment in education, particularly for skill attainment and cognitive assessments.
Characteristics of the RIT Scale include:
  • It is an achievement scale.
  • It is an accurate scale.
  • It is an equal interval scale.
  • It helps to measure growth over time.
  • It has the same meaning regardless of grade or age of the student.


Tests are created by the NWEA (Northwest Evaluation Association), a non-profit
dedicated to helping all children learn. NWEA provides research-based assessments, professional training, and consulting services to improve teaching and learning.

Could this be our model for vocabulary instruction, assessments and portfolio data?




A commercial site, PUZZLE WISE, is used to increase RIT scores. The following are materials found on the PUZZLE WISE site and miscellaneous links related to vocabulary instruction.
RESEARCH: Results of Study of the Effects of Puzzle Wise Books on 3rd - 6th Graders Math Achievements Scores.






PuzzleWise™ Benefits

Students: Students receive the repetition and spiraling they need, both within their grade and also year-to-year, that is necessary to build a solid foundation of science and math knowledge and understanding, and develop the essential skills of critical thinking, problem solving, and resourcing while communicating strategies with their peers.

Teachers: Teachers benefit from a wealth of teachable moments and mini-lessons that lead to higher-level academic conversations and discussions (academic discourse).

Parents/Guardians: Parents and guardians enjoy an activity that builds stronger relationships with their children, while becoming more involved in their child’s learning, extending important academic support through the years.

NOTE: The following links were found on sites other than the PuzzleWise pages.

Monday, July 21, 2008

Simon and the Land of Chalk Drawings

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Is there anyone awake to shine on?

Decimal Detectives

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It's time once again for another WONDERFUL engaging activity!



PLAY GAME! The SUPER MATH site also has games for FRACTIONS, GEOMETRIC SHAPES, and ANGLES!

Online Courses

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Professional Learning Courses

Annenberg Media
Learner.Org

Free Registration required to view content videos!




Patterns, Function, and Algebra (Click graphic for site link!)


Number & Operations (Click graphic for site link!)



Teaching Math Grades 3-5 (Click graphic for site link!)

MORE . . . .

Thursday, July 17, 2008

Flex Grouping

Pin It What about grouping?

Flex grouping theory has been on the table from the very beginning of our conversations for learning improvement. We already agree that the classes within each grade level are not balanced by performance level and seem to be a random choice with some preference to parent requests, student/teacher personality match, etc. Using even the simplest benchmark (EOG percentile average), it's easy to analyze which classes have more difficulty with grade level material from the start--before any lessons become a variable.

And, we can also agree that our at-risk population is given more support and pro-action than the AIG end of the spectrum. Why?

What ideas can you offer in support for or against Flex Grouping?

Here are some thoughts from the PLC blog site:


"Therefore, we advised this principal to create heterogeneous groupings for homeroom placement and for most of the students’ day. We also recommended that teachers in the school work in collaborative teams to gather information from frequent common, formative assessments to determine which students need more time and more support to acquire the intended essential skills & concepts and which students are ready for a deeper application of those skills/concepts. Students could then be assigned to flexible, fluid, homogenous groups for intervention and enrichment - student-by-student, skill-by-skill - for a brief, designated portion of each day. Each member of the team, as well as other human resources the school might employ, could then be responsible for providing extra time and support for intervention and enrichment during that designated period each day."

Read more . . . .

Links for further study:
Flexible Grouping (Houghton-Mifflin)

Please comment!

Wednesday, July 16, 2008

Little Did We Know

Pin It Without the authorization and validation of any buzz words, our small group began our own Professional Learning Community months ago. Little did we know! The hunger driven by confusion about student deficiencies led to supportive discussions in the hallway and parking lot. These "backyard" meetings created an empowered mission statement. We knew that we could fix the problems with our student performance, that we had the brain-power to figure out where we were going wrong, and that a genuine caring and acceptance of our BEAM BABIES was the first and only requirement for membership in our club of change.

This week I am experiencing a county sponsored workshop on PLC’s. Ken Williams is leading our sessions and bringing materials developed as a result of Richard DuFour’s dedication to building a collaborative culture with a focus on learning for all.


Our Math Team will be happy to hear that we are on the right track.

So far, we have identified a shared vision – We are going to climb out of this big, deep hole that has appeared during the last few years. The hole, of course, is the negative growth and poor EOG performance that continues to slap us sharply each spring. We can see our DREAM LEVEL peeking out behind the white fluffy clouds. However, the steps upward are still hiding behind locked doors. Who has the keys?

We have shared values – Our “backyard” discussions have easily branched from common ideals about student behaviors and expectations to strategies that will ensure consistency. Consistency, in fact, stood up and took the role of foundational support. Whether we have talked about vocabulary definitions, homework and supplemental materials, or work ethic – we kept repeating to ourselves “Our students need a consistent teaching philosophy.”

We have identified goals – As of today, we really don’t know what is going to happen when the doors open for students. We don’t know what change we can promote in the next few weeks.

But, during our summer meetings, we’ve used the time to prepare materials that we know will make an impact. Vocabulary instruction and strategies for both math and character traits in language arts became the number one target. Fourth and Fifth grade teachers have come together to develop a list of words and definitions crucial to EOG success.

In addition, we’ve isolated NCDPI indicators that are test heavy weights and flow across the grade levels. We are developing SMARTBoard tools to share effective, interactive learning activities for specific problem area indicators.

We have also identified skills that students need to be successful in problem solving (drawing a place value chart, using the multiplication grid, placing whole numbers and fractions on a number line). We have planned to create a “toolbox” of consistent alternate methods for teaching.

Ongoing discussion and decisions about assessment tools depend on more research and support for either purchased or teacher-made supplemental materials.


Little did we know that we were well on our way. And now we can say . . . we are working within a collaborative study of essential learning that WILL ensure success for every student at BEAM.

SMILE, we’ve got a good thing. Keep going. Keep pushing Mama Cats.

Here's the link for a PLC Blog ALL THINGS PLC!

Friday, July 4, 2008

Good Reading

Pin It In the summer, I have more time for research and planning. Sometimes, the GOOGLE path leads me to places I'd have visited gladly sooner than now, if I'd only known they were out there. The following are GOOD FINDS and GOOD READS discovered while surfing for supplemental math tools.

My first stop was archives of articles written by Dr. Eugene Maier, founder of The Math Learning Center.

He has a particular interest in visual thinking as it relates to the teaching and learning of mathematics. He's coauthor of the Math and the Mind's Eye series and has developed many of the mathematical models and manipulatives that appear in Math Learning Center curriculum materials.


"There is no question that being able to instantaneously recall arithmetical facts can be a convenience. However, one must weigh this convenience against the price paid in forcing rote memorization of facts and giving timed tests, especially when there are so many other ways of arriving at these facts, be it by counting, reading a chart, or punching a calculator."

-Dr. Eugene Maier

Which led me on to find . . .


  • The teachers featured in this issue have a common understanding that there is not a single strategy for teaching mathematics and science that works for all learners. However, differentiating instruction does not mean coming up with individual lesson plans for each student. The articles that follow demonstrate how teachers find multiple ways to draw students into content and provide multiple ways for students to master concepts and skills. Teacher Colleen Hagen points out that differentiating instruction requires ingenuity and perseverance: "It might take explaining a concept from three different angles, using three different manipulatives, before a student gets it." The payoff for teachers is being able to say, "I taught this," and knowing that their students have "really learned." - NWREL Northwest Teacher Spring 2002 Volume 3 Number 3
  • Misunderstood Minds (Click here for VIDEO) - PBS companion site to the special on learning disabilities. "Mathematics draws on varied types of understanding, and this leaves some kids stumped - - -Explore stories from the show . . . Included on the site are these suggestions:
  1. Teach basic concepts using concrete objects. Let children explore number concepts by adding and subtracting objects in the room (for example, add the legs of a chair to find the number four or subtract crayons from a box). Move from concrete materials to pictorial representations to numbers (abstract representations).
  2. Provide specialized materials. To help children organize their calculations, have them use graph paper (or lined paper turned sideways) to keep numbers in columns. Encourage the use of scrap paper to keep work neat, highlighters for underlining key words and numbers, and manipulatives such as Cuisenaire rods, base-ten blocks, or fraction bars.
  3. Make your expectations explicit. Tell children the procedures you would like them to use when solving a problem, and model each procedure for them. Have a child then tell you what he is expected to do. Some students benefit by having a math notebook filled with examples of completed problems to which they can refer if they become overwhelmed or confused.
  4. Use cooperative math-problem-solving activities. Provide opportunities for children to work in groups when solving math problems. Encourage them to share their thinking aloud as they solve problems. Reinforce efficient strategies using multiple pathways.
  5. Provide time for checking work. Emphasize that completing math assignments is a process. Encourage children to become comfortable reviewing their work, making changes, or asking questions when they are unsure of their answers.
  6. Give children opportunities to connect mathematical concepts to familiar situations. For example, when introducing measurement concepts, have children measure the height of classmates and family members, or the weight of their book bags when empty and when full. Ask children to estimate the measurements (guessing how much taller the refrigerator is than the stove) before solving the problem. Point out how math is used in everyday life, such as when examining bus schedules or filling out catalogue order forms.
  7. Help children apply math concepts to new situations. Show children how to use percentages to understand the price of a jacket on sale at the mall or the amount of their allowance spent on snacks.
  8. Provide tutors. Tutors can assist children with weak math subskills (such as multiplication and division). Arrange for tutors during summer months or after school to boost performance and ensure that the child retains his skills.
Also found several suggestions for language development with math word problems:
  1. Focus on the information provided in word problems. Have children separate the necessary information for solving the problem from unnecessary details.
  2. Teach mnemonic strategies for solving word problems. Choose strategies that suit the child's learning style. One strategy is TIPS: Think (read and paraphrase), Information (what numbers and information do you need in order to solve the problem), Problem (write equation), Solve.
  3. Encourage children to put problems into their own words. Teach children to read for meaning when trying to identify the operation to use for solving a math problem. Have them verbalize the problem before trying to solve it.
  4. Teach math vocabulary. Review the meaning of key words and phrases commonly used in mathematics problems, such as "all" or "total" in addition problems ("How much money did they spend in all?" "What was the total amount of the grocery bill?"). To help children identify key terms in problems, ask them whether a problem requires a particular procedure, and have them underline the word or term that gave the answer away. Include new vocabulary in their rule books (see above).
Read more . . . .






"To address phonemic awareness difficulties, curriculum materials and instructional approaches developed by Blachman (1994), O'Connor et at. (1996), and Torgesen et al. (1992), among others, have proved to be successful in boosting the phonemic awareness and subsequent reading ability of many students, Similarly, there is evidence that curricula such as Number Worlds have the potential to help students develop number sense while also building computational and problem-solving skills (Griffin, 1998)."
LD Online
Read more . . .



While the site for Number Worlds (referred in the above) focuses on K-2 math instruction, a GOOGLE revealed SRA's NUMBER WORLDS intervention program. I'll add the link for it to SUPPLEMENTAL MATERIALS blog.


Wednesday, July 2, 2008

Vocabulary Activities

Pin It CREATING VOCABULARY ACTIVITIES FOR SMART BOARD:

http://www.classtools.net/


CLASSTOOLS.NET - free activity generators

Simply Achieve - Sample Vocabulary
SOL Word Sorts
These vocabulary cards will strengthen every students knowledge and understanding of key vocabulary from the VDOE Curriculum Framework. Click on the file below to access these word sorts.

K Math (PDF,
K Science (PDF, 388 KB)
1st Grade Math (PDF, 1.1 MB)
1st Grade History (PDF, 944 KB)
2nd Grade Math (PDF, 416 KB)
3rd Grade Math (PDF, 1.6 MB)
4th Grade Math (PDF, 116 KB)
5th Grade Math (PDF, 196 KB)
6th Grade Math Word Cards (MS Word, 100KB)
6th Grade Math Image Cards (MS Word, 408 KB)
7th Grade Math Word Cards (MS Word, 72 KB)
7th Grade Math Image Cards (MS Word, 300 KB)
8th Grade Math Word Cards (MS Word, 524 KB)
8th Grade Math Image Cards (MS Word, 100 KB)
6th — 8th Grade Geometry (PDF, 52 KB)
Algebra I (PDF, 192 KB)

Click here for full screen version

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"Those that are burdened to believe in the impossible need to get out of the way of those that are breathing reality into exceptions!"---V. S. Bell

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