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NOTEBOOKS ACCEPTABLE or NOT? March 20091. THINGS TO REMEMBER Must be Specific to the child. Consistent with the needs of the individual student. Personal.

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Presentation on theme: "NOTEBOOKS ACCEPTABLE or NOT? March 20091. THINGS TO REMEMBER Must be Specific to the child. Consistent with the needs of the individual student. Personal."— Presentation transcript:

1 NOTEBOOKS ACCEPTABLE or NOT? March 20091

2 THINGS TO REMEMBER Must be Specific to the child. Consistent with the needs of the individual student. Personal and not generic. Student initiated and not teacher initiated. No content information shall be included. March 20092

3 March 20093

4 Animal Habitats Land Habitats Water March 20094

5 March 20095

6 March 20096

7 Addition and Multiplication 2+2=4 4*4=16 5+5=103+2=56+3=9 4+4=812+3=157+2=9 3*3=94*3=1216*1=16 5*2=102*1=24*1=4 March 20097

8 MULTIPLICATION TABLE 0123456789101112 00000000000000 10123456789101112 2024681012141618202224 30369121518212427303336 404812162024283236404448 5051015202530354045505560 6061218243036424854606672 7071421283542495663707784 8081624324049566472808896 90918273645546372819099108 100 2030405060708090100110120 110 2233445566778899110121132 120 24364860728496108120132144 March 20098

9 March 20099

10 BIOGRAPHY OF MOZART Biography of Mozart Biography of a genius who wrote his name in the history of music. Mozart was a musical maestro who had his own unique style of composing music and presenting to the world... One of the most widely appreciated prominent musical maestro ever happened to live in the history, musical genius Mozart was born on 27 January 1756 in Salzburg, Austria to Leopold Mozart, a business-minded composer, violinist and an assistant concertmaster at the Salzburg court and Anna Maria Pertl. He was named Johannes Chrysostomus Wolfgangus Gottlieb Mozart in honor of his grandfather (maternal) and a Saint Johannes Chrysostomus with whom he shared his birth date. Being born and brought up in a family where music was in air, in life and in dreams of everyone, Mozart was naturally attracted towards music. From his childhood, Wolffanfus learned and developed immense interest in music. When he was just 5 years old, Mozart started composing small and beautiful melodious numbers. Looking at his children's musical talent, Mozart's father decided to use this opportunity to showcase the talent of his children (Wolfgangus and elder daughter Maria Anna "Nannerl") in front of the world. At the age of six (in mid 1763), Mozart and his elder sister performed in many concerts in European Courts (In Paris and London); they also gave performances at major cities where they met many music lovers. They also performed in front of the Bavarian elector, royal families and the Austrian empress. Wolfgangus and his sister played piano and violin and were more than successful to tie their audiences to the chairs. Soon, Wolfgangus wrote and published his first composition and when he was nine years old he started writing symphonies. Demand for his music show started increasing so much that only nine months after coming back from his tour in 1766, the Mozart family again set for yet another tour of Vienna. However, due to some problems Mozart could not perform in an opera in Vienna. March 200910

11 4 Column Method Chart Knowledge (KNOW) Processes (Do) Level of Proficiency Connections What are we talking about? What do I have to do? What do I know that can answer these questions? How can I make this answer better? March 200911

12 MINI POSTERS March 200912

13 STEP ONE STEP TWO STEP THREE STEP FOUR STEP FIVE March 200913

14 March 200914

15 DEFINITIONS and EXAMPLES March 200915

16 DEFINITIONS and EXAMPLES Associative Property- A property of real numbers that state that the sum or products of a set of numbers are the same. It does not matter how the numbers are grouped. A*(B*C) = (A*B)*C2*( 3*2) = (2*3)*2 3*(2*1) = (3*2)*14*(5*3) = (4*5)*3 Commutative Property- A property of addition or multiplication in which the sum or product stays the same when the orders of the addends or factors change. A+B=B+A2+1 = 1+2 2+3=3+25+4 = 4+5 Distributive Property- A property which establishes a relationship between multiplication and addition such that multiplication distributes across the addition. A (B+C) = AB + AC3(2+1) = 3(2) + 3(1) 4(20+7) = (4*20) + (4*7)5 (2+3) = 5(2) + 5(3) March 200916

17 KWL CHART March 200917

18 WATER CYCLE March 200918

19 FOOD CHAIN (just one path of energy) March 200919


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