Student Learning Map

  • Topic:Factors & Multiples - Prime Time
  • Subject(s):Math
  • Days:24
  • Grade(s):6
Key Learning:

Numbers can be classified into many categories.
Unit Essential Question(s):
 
 

How can number properties be used to classify numbers?
   
Concept:

Factors

4.1.6.A.1   4.1.6.A.7   4.5.6.A.1   4.5.6.A.2   4.5.6.A.2c   4.5.6.A.2d   4.1.6.A.7a  
Concept:

Products

4.1.6.A.1   4.1.6.A.7   4.5.6.A.2a   4.5.6.A.2b   4.5.6.A.3   4.1.6.A.7a  
Concept:

Factor Pairs

4.3.6.D.2  
Lesson Essential Question(s):

What strategies can be used to win the factor game?

 

 (A)

Lesson Essential Question(s):

Why should we play the product game? What does it teach us?

 

 (A)

Lesson Essential Question(s):

How can I identify factor pairs?

 

 (A)

Vocabulary:

Vocabulary:

Vocabulary:

Concept:

Common Factors and Multiples

4.1.6.A.7b   4.5.6.A.2c   4.5.6.A.2d   4.5.6.B.1   4.5.6.B.1a   4.5.6.B.1b   4.5.6.B.2   4.1.6.B.6  
Concept:

Factorizations

4.1.6.A.8   4.1.6.B.1   4.5.6.B.3   4.5.6.B.4   4.5.6.C.1   4.1.6.B.4   4.1.6.B.3  
Concept:
Lesson Essential Question(s):

How can common factors and multiples be used to solve real world problems?

 

 (A)

Lesson Essential Question(s):

How can we show GCF and LCM using factorizations?

 

 (A)

Lesson Essential Question(s):

(A)

Vocabulary:

Vocabulary:

Vocabulary:

Additional Info:

common factor, common multiple, composite number, even number, exponent, factor, multiple, odd number, prime factorization, prime number, proper factor, square number

 

factor game board product game board venn diagrams g.o. and n.o.

Resources:

View As PDF
Student Learning Map of Unit
Vocabulary Report

Culminating Activities:

1. How can number properties be used to classify numbers?

Student Assessment(s):

1. Untitled Student Assessment

Acquisition Lesson(s):

1. What strategies can be used to win the factor game?  2. Why should we play the product game? What does it teach us?  3. How can I identify factor pairs?  4. How can common factors and multiples be used to solve real world problems?  5. How can we show GCF and LCM using factorizations?