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Mathematics Governor’s
Institute 2003
(Download as Microsoft Word document: Halloween Candy)
Title of
Project: Halloween Candy
Team Members:
Marge Bittner, Evelyn Jackson, Jerry O’Brien, Debbie Roberts
Grade Level
and/or Course: K-3
Concept(s)
used:
Recording
data, organizing data, recognizing patterns, classifying objects, number sense,
addition computation
PA Standard(s)
Addressed:
2.1.3.C
2.1.3.G
2.2.3.A
2.5.3.A
2.5.3.C
2.6.3.A
2.8.3.B
2.8.3.C
2.8.3.G
NCTM
Standard(s) Addressed:
Understanding numbers, ways of representing numbers, relationships among numbers, and number systems
Understand
patterns, relations, and functions
Represent
and analyze mathematical situations and structures using algebraic symbols
Using
mathematical models to represent and understand quantitative relationships
Formulate
questions that can be addressed with data and collect, organize, and display
relevant data to answer them
Introduction/Applications:
To introduce the activity, the teacher
will tell a story about Halloween candy.
A child with a chocolate allergy offers to share his chocolate treats
with his teacher. The child tells the
teacher he received eleven pieces of candy while trick-or-treating, but fails
to mention how many pieces in his bag are chocolate.
Question:
The teacher then poses this question
to the students:
What are all of the possible
combinations of chocolate and non-chocolate
candies in the trick-or-treat bag?
Model:
Student-developed mathematical model
Resources and
Materials (estimated cost):
Two-sided counters, small manipulatives (Popsicle sticks, cubes, links, etc.), pencil and paper, bags of candy
Procedures and
Activities:
Students are given paper and pencil to record their data. Various manipulatives are made available for their use. They are given 10-15 minutes to formulate their answers. The teacher briefly interviews individuals to assess their problem solving strategies. The whole group is then brought together to share their conclusions and their strategies. Through a teacher guided discussion all combinations are discovered and recorded. Students discuss which strategy was most efficient. Students are given a piece of candy as a treat to conclude the lesson.
Answers/Rubric:
Answers: 0,11; 1,10; 2,9; 3,8; 4,7; 5,6; 6,5; 7,4; 8,3; 9,2;
10,1; 11,0
Rubric: 4 points
>
Child lists all 12 correct combinations
>
Child presents sequential list
>
Child includes headings (chocolate, not chocolate)
>
Child has a logical strategy
>
Child can explain the strategy
3 points
>
Child lists 8-11 correct combinations
>
Child presents mostly sequential list
>
Child has a strategy
>
Child can explain the strategy
2 points
> Child lists 4-7 correct
combinations
> Child presents partially sequential
list
>
Child has a random strategy
1 point
> Child lists 1-3 combinations
0
points
>
Child lists nothing
Accommodations/Adaptations
ESL:
Pair the student with a buddy
Special Ed:
Use less candy in the original problem
Enrichment:
Use more candy in the original problem
Increase the variables (types of
candy)
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