2.1 Making generalizations

Good morning!
Schedule: 
  • Learning goals
  • Investigation discussion + reflection
  • Unit topics
  • Generalizations and conjectures 
  • Work on your homework 
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Good morning!
Schedule: 
  • Learning goals
  • Investigation discussion + reflection
  • Unit topics
  • Generalizations and conjectures 
  • Work on your homework 

Slide 1 - Diapositive

Learning goals 
At the end of this lesson I can:
  • Identify patterns in number problems 
  • Make generalizations from a given pattern

Slide 2 - Diapositive

Investigation discussion
1. If you have no further questions, collect and complete a reflection sheet. 
2. Find your portfolio and draw a thick red line below your last MP3 task
3. Add everything in red on the picture to your  cover page: Your MP4 class and the first task (use this exact title!!!)
4. Put in your portfolio first: your investigation, then your reflection sheet and lastly your cover sheet.  
Your cover sheet should ALWAYS be on top. 

5. Done? 

Slide 3 - Diapositive

Unit 2: Equivalence and inequalities
Making generalizations:
Identifying patterns in number problems
Solving complicated problems by looking at a more general case
Making generalisations from a given pattern
Coordinate geometry:
Finding the distance between two points
Finding the midpoint between two points
Finding the gradient of a straight line
Finding the gradients of parallel and perpendicular lines
Finding the equation of a straight line
Modelling: Linear equations and system of linear equations:
Solving linear equations and systems of linear equations algebraically and graphically
Using equivalence transformations to solve linear equations and systems of equations
Creating a mathematical model to solve real-life problems
Determining if a model solution is equivalent to the real-life solution
Evaluating and interpreting your solutions in light of the real-life problems

Slide 4 - Diapositive

Unit 2: Equivalence and inequalities
Making generalizations:
Identifying patterns in number problems
Solving complicated problems by looking at a more general case
Making generalizations from a given pattern

Slide 5 - Diapositive

Slide 6 - Diapositive

Make a general statement

Slide 7 - Carte mentale

Generalizations and Conjectures

Slide 8 - Diapositive

Generalizations and Conjectures
A conjecture in math is similar to a hypothesis in science!

Slide 9 - Diapositive

Discuss other definitions and/or translations for Generalization and Conjecture

Slide 10 - Carte mentale

Conjecture: 

Slide 11 - Diapositive

Try this now!
Numbers (a, b)
a x b 
Lowest common multiple (a, b)
Greatest common factor (a, b)
(12, 5)
12 x 5 = 60
LCM(12, 5) = 60
GCM (12, 5) = 1
* Choose multiple numbers for a and b and complete the table

* Make a generalization

Slide 12 - Diapositive

Homework

P. 96-97: Practice 1 

Due Monday 7-11!

Slide 13 - Diapositive