Developmental Relationships For Cognitive Growth
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A. Relationships
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Size and Quantity (single object)
a. big - little
b. long - short
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tall – short
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large – small
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many – few
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high – low
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all – none
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heavy – light
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thick – thin
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Position
a. under - over
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first – last
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middle
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high – low
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far – near
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bottom – top
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above – below
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in front of – behind – on top of
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beside – by – next to
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between
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around
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inside – outside
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right – left
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Comparison of Two or More Quantities
a. younger(est) – older(est)
b. fewer(est)
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more(most) – less(least) – referring to sets
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greater than – less than – referring to sets
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larger(est) – shorter(est)
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longer(est) – shorter(est)
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straight – crooked
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bigger(est) – littler(est)
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heavier(est) – lighter(est)
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taller(est) – shorter(est)
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thicker(est – thinner(est)
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Measurement
a. Capacity
1) empty - full
2) pair
3) cupful
4) spoonful
5) pint
6) quart
7) liter
8) gallon
b. Linear
1) ruler
2) yardstick
3) meterstick
c. Temperature
1) hot - cold
2) thermometer
3) degree
d. Weight
1) pound
2) ounces
3) grams
e. Time
1) early - late
2) yesterday - tomorrow
3) today
4) morning - afternoon
5) noon - midnight
6) night - day
7) evening
8) minute
9) hour
10) week
11) month
12) year
13) fast - slow
f. Money
1) penny
2) nickel
3) dime
4) quarter
5) buy - sell
6) spend - save
7) pay
8) cost
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Awareness of Similarities and Differences (sorting activities according to)
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categories – animals, boys, girls, etc.
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position – first, second, third
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shape
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size
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color
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thickness
6. Geometric Figures and Shapes (sorting activities with and recognition of)
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square
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rectangle
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circle
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triangle
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cube
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sphere (globe)
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cylinder
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prism
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open and closed curve
7. Patterns
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discovering a pattern in a given arrangement of objects using the attributes of color, shape, size and thickness
1) one attribute
2) two attributes
3) three attributes
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extending incomplete patterns
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creating patterns
B. Concept Cluster-Sets
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Elementary Concepts of Sets
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recognizing a set as a collection of distinguishable objects
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demonstrating one-to-one correspondence between elements of two disjoint sets
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recognizing one-to-one correspondence between elements of two disjoint sets
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using one-to-one correspondence to show two sets are equivalent
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recognizing equivalent sets
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recognizing non-equivalent sets
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comparing two or more disjoint sets by visual inspection
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constructing disjoint sets which model the same cardinal number
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constructing disjoint sets which contain one element more or (less) than the given set
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matching numeral with the number of elements in a given set
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identifying the empty set
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recognizing a subset of a given set
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recognizing union of two disjoint sets
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modeling union of two disjoint sets
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recognizing set separation
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modeling set separation
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More Advanced Concepts of Sets
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recognizing two overlapping sets
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recognizing intersection of sets
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recognizing the distinction between finite and infinite sets
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knowing the meaning of replacement set
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knowing the meaning of solution set
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describing the universal set
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interpreting Venn diagrams
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constructing Venn diagrams
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recognizing the complement of sets
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Concept Cluster-Counting Numbers and Whole Numbers
1. Rational counting by 1’s to 10
2. Understanding cardinality of numbers (0-9)
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viewing a model of a set and verbally stating its cardinality (0-9)
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modeling a set after hearing a cardinal number (0-9)
3. Rational counting by 1’s to 20, b. 50… c. 100…
4. Rational counting by 2’s
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starting with two to 20
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starting with one to 19
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starting with any given two-place number
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starting with any given many-place number
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Rational counting by 5’s
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Rational counting by 10’s
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Rational counting by 100’s
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Identifying the number of objects in a set
a. by counting
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by partial counting
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by counting using other than ones
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by using sub-sets
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Selecting a specific number of objects from a set with many objects
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Relating the term “greater than” to > when comparing numbers
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Relating the term “less than” with < when comparing two numbers
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Relating the term “equal to” with = when comparing two numbers
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Establishing the law of trichotomy
a. identifying equalities and inequalities
b. relating terminology “greater than,” “equal to,” and “less than” to part A
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introducing symbols <, >, =
D. Concept Cluster – Number/Numeral (Whole Numbers)
1. Associating the proper numeral with a set model (0-9)
2. Forming a set model when given a numeral (0-9)
3. Writing numerals 0,1,2
4. Writing numerals 3,4,5
5. Writing numerals 6,7,8,9
6. Associating the proper numeral with a set model (10-99)
7. Forming a set model when given a numeral (10-99)
8. Writing numerals 10-20
9. Writing numerals 20-99
10. Recognizing odd and even numbers
11. Associating a written word name with a numeral
12. Writing a word name for a number when shown a given numeral
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Associating a roman numeral with a given number
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Writing a roman numeral for a given number