Teacher: Ms. Fountain |
School:
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Subject: Geometry
& Applications |
Grade Level: 112 |
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Content/Theme: Probability |
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From: October 4, 2005 |
To: November 3, 2005 |
No. of days/minutes: 20 classes |
Daily Outline: September 26 – ½ Class: Probability
Diagnostic Test October 4: Introduction
to Probability and Quantifying Outcomes => Focus A
and Probability Games (Card Game from text), Animal Game) October 5: Probability
and Quantifying Outcomes => Optional Investigation
and Questions - Modeling The Driver’s Test, and Utilizing a Graphing
Calculator -
The “Meeting Problem” October 6: Chapter
Project and Practice Questions for Unit Assignment October 7: Introduction
to Tree Diagrams and The Fundamental Counting
Principle=>, Investigation 3, When A
Loss Could Have Been A Win Activity, and Questions October 11: Applying
the Fundamental Counting Principle to Probability and
Dependent and Independent Events => Did You Know?
Riddle (from text), Focus
B, Investigation 4, and Game Show: Drawing a Tree Activity October 12: Applying
the Words “And” and “Or” using Venn Diagrams =>
Investigation 5, Investigation 6, The October 13: The
Addition Principle => Focus C, A Fair Deal for the Carrier
Activity, and Questions October 17: Area
Models and Probability => Focus D, Investigation 7 October 18: Chapter
Project and Practice Questions October 19: Enhancements (Calculating
Conditional Probability, Focus E)
or
Review of Missed Concepts, and Quiz (5.1 & 5.2) October 20: Combinations
and Permutations => Investigation 10 and Questions October 21: Factorial
Notation => Focus F, Using a Graphing Calculator, and
Questions October 24: Writing
an Expression for Permutations => Investigation 11,
Definitions, Practice with Permutations and Combinations Worksheet, and
Use of Graphing
Calculator October 25: Determining
the Number of Possible Combinations => Focus G,
Compound Event Activity and Chapter Project October 26: Applications
to Probability => Focus H, Lotto & Gambling
Activity, Review or Enhancement Questions October 27: Applications
to Probability => Practice/Review Questions and
Quiz (5.3 & 5.4) October 31 - ½ Class: Constructing
Pascal’s Triangle => Investigation 12 November 1: Pascal’s
Triangle with Combinations and Expansion =>
Investigation 13, Investigation 14, and Pascal’s Triangle Activity November 2: Raising
Polynomials to Any Power => Focus I, Chapter Project
and Practice Questions November 3: Final
Unit Quiz/Test, then Portfolio Projects due November 7 |
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Objectives: Students
will learn to: 1.
use the Fundamental Counting Principle to calculate
probabilities. 2.
use area diagrams and tree diagrams and simulations to solve
problems involving probabilities of 3.
define combinations and permutations and use them to find
probabilities. 4.
relate combinations, Pascal’s triangle, and coefficients of
binomial expansions.
Curricular
Outcomes: A6 develop
an understanding of factorial notation and apply it to calculating
permutations
and B8 determine
probabilities using permutations and combinations G13 develop
and apply simulations to solve problems G23 demonstrate
an understanding that determining probability requires the quantifying
of
outcomes G33 demonstrate
an understanding of the fundamental counting principle and apply it to
calculate probabilities of G4 apply
area and tree diagrams to interpret and determine probabilities G7 distinguish
between situations that involve permutations and combinations G8 develop
and apply formulas to evaluate permutations and combinations G9 demonstrate
an understanding of binomial expansion and its connection to
combinations G10 connect
Pascal’s Triangle with combinatorial coefficients Possible Enhancements: G5(111) determine conditional
probabilities G11(111) connect binomial
expansions,
combinations, and the probability of binomial trials G12(111) demonstrate an
understanding of and
solve problems using random variables and binomial
1.
demonstrate an understanding of the Fundamental counting
Principle and apply the principle to find
2.
apply area diagrams and tree diagrams to determine
probabilities of dependent and independent events, 3.
use simulations to solve problems involving probabilities, 4.
define and calculate combinations and permutations, 5.
calculate probabilities using permutations and combinations,
and 6.
explain the connection between combinations, Pascal’s triangle,
and coefficients of binomial expansions. |
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Products / Assessment Methods: Group
Work Assessments (Formal and Informal) Quizzes
– 2 Quiz/Test
– 1 Portfolio
Project • Chapter
Project • Practice
Questions (assigned) • Other
Questions • Journal
Entries Performance
Assessments (on Portfolio Project) |
Process/ Teaching Strategies: **Lecture |
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Linguistic intelligence –
through word problems and through journal writing as a component of
their portfolios Logical-mathematical
intelligence –
through activities and logical mathematicalquestions and concepts Bodily-kinesthetic intelligence
–
through activities class activities that involve movement Spatial intelligence –
through pictorial activities and visual probability problems Interpersonal intelligence –
through group work in activities Intrapersonal intelligence –
through individual work and self-reflections as a component of their
portfolios Visual –
through use of print, pictures, charts in the text and on activity
sheets Auditory –
through group discussion and whole class discussion of
activities, as well as small lectures Kinesthetic –
through use of active group activities that include movement around the
room Knowledge –
Define probability and probability notation. Comprehension –
Distinguish between dependent and independent events with respect to
probability. Application –
Apply the Fundamental Counting Principle to Probability Analysis –
Determine the number of possible combinations in a situation Synthesis –
Predict final results in the expansion of a generalized
expression for polynomials. Evaluation –
Evaluate lottery odds and the results of gambling in North
America or |
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Resources
& Materials: Blackline
Masters, Activity Sheet Handouts, Cards, Dice, Spinners,
Graphing |
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For
learners having a hard time, have provided resources with a
slower introduction and easier practice questions to allow them to
learn
at their level and gradually improve. For
learners looking for or needing more of a challenge, have
provided enhancement activities (primarily from the textbook) that
allow
them to explore probability in more depth. |
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