MYP3

Topic: Algebraic models (i)
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The concepts: 

Relationship
  Model, Pattern, Simplification
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Statement of inquiry:

Algebraic modeling by using relationships helps us to understand the world around us.
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  • Intro to Algebraic expressions

  • Addition and subtraction of algebraic expressions


  • Multiplication and division of algebraic expressions 


  • Factorising expressions







     Topic: Discrete Mathematics 
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The concepts: 

Logic
Equivalence, Quantity
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Statement of inquiry:

A logical network helps us to simplify quantities and make equivalence in understanding the identities and relationships.
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  •  Sets


  • Logic

  • Network & topology





 
Topic:  Triangular geometry
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The concepts: 

Form
Equivalence, Change
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Statement of inquiry:

The mathematical discoveries of yesterday continue to help us solve problems today.

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  • Pythagorus proof




  • Use of Pythagorus theorem formula




The coordinate geometry


1-  The Coordinate Plane




2-     Slope and Rate of Change



3-  Graphing Lines in Slope-Intercept form y=mx+b



      

4-  Parallel and Perpendicular Lines





 Topic:  Locus & mensuration
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The concepts: 

Form
Pattern, Representation, System
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Statement of inquiry:

The locus of a point is a systematic pattern of finding something lost with the help of scientific and technical systems, models, methods etc.
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1- The locus  and construction




2-  Locus basic






 Coordinate geometry 


1- The basic coordinate plane   






2-  Slope or Gradient  (m)






Topic: Pythagoras theorem 


1-  Intro



2- An fishing boat example 



3- Pythagoras in 2 minutes 2


4- Origami Proof of the Pythagorean Theorem



5- Pythagoras theorem application 



                               Danica McKellar






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