GRADE 10
GOAL: The student understands and applies the concepts and procedures of mathematics.
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Essential Academic
Learning Requirements |
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Assessment Strategies |
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The
learner will: Understand and apply concepts and procedures from number sense BENCHMARKS
Number and Numeration Understand and use properties and symbolic representations of rational numbers Explain the magnitude of numbers by comparing and ordering rational numbers Understand concepts of and use processes involving prime and composite numbers, factors and multiples, and divisibility Understand and apply the concepts of ratio and both direct and indirect proportion. Computation
Understand operations on real numbers Compute with rational numbers, powers, and roots Use mental arithmetic, pencil and paper, calculator, or computer as appropriate to the task involving real numbers Estimation
Identify situations involving whole numbers in which estimation is useful Use estimation to predict computation results and to determine the reasonableness of answers, for example, estimating a grocery bill |
To meet this standard the learner
will: 1.1.6 Use negative, zero, and fractional exponents (2-6) 1.1.2 Find the number of ways to select some items from a group (6-5) Use the multi-counting principle to find a number of possible
arrangements of items (6-2) 1.1.4 Use quadratic formula to solve quadratic equation. |
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GOAL: The student understands and applies the concepts and procedures of mathematics.
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Suggested
Instructional Strategies / Activities |
Resources &
Materials |
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2-6 Do pg. 99 “Exploration”
Integrated II text. Uses a graphing calculator to explore how a calculator treats fractional and negative exponents. Students use graphics calculators to explore negative and zero exponents and come up with definition. 6-5 Do pg. 328 “Talk it over”
As partner activity. 6-2 Do pg. 302 “Exploration” Uses letters on note cards to manipulate them into all possible arrangements. Negative, Zero, and Fractional exponents. Q: 22(23)=? A:25 (ax.ay=ax+y) Q: 25/23=? A:22(ax/ay=ax-y) 1=23/23=23-3=20 Similar argument for negative and fractional exponents. Reinforce by using calculator. |
TI-82 Calculator & Int. II textInt. II text and TI-82 CalculatorInt. II text 4 index cards
& a partner. Whiteboard, paper, pencil,
calculator. |
GOAL: The student understands and procedures of mathematics.
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Essential Academic
Learning Requirements |
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Assessment Strategies |
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The
learner will: Understand and apply concepts and procedures from measurement BENCHMARKS
Attributes
and dimensions
Understand how changes in dimension affect perimeter, area, and volume Measure objects and events directly or use indirect methods such as finding the volume of a cone given its height and diameter Calculate rate and other derived and indirect measurements Approximation
and precision
Understand that measurement is approximate Estimate to predict and determine when measurements are reasonable, for example, estimating how much paint is needed to paint the walls of a classroom Systems
and tools
Understand the benefits of standard units of measurement and the advantages of metric systems Select and use tools that will provide an appropriate degree of precision, for example, using kilometers vs. light years |
To
meet this standard the learner will: 1.2.2 Find the surface area and volume of spheres (2-6,2-4) Find the distance between two points in three dimensions (10-5) |
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GOAL: The student understands and applies the concepts and procedures of mathematics.
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Suggested
Instructional Strategies / Activities |
Resources &
Materials |
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2-6 Use Lenart Spheres to
“deduce” formulas related to spheres. Surface area and volume of
spheres. -Actually use oranges and manila folder to create a cylinder that just barely contacts the orange compare volume of the cylinder to the volume of the orange. See page 4 in the text. |
Lenart sphere classroom set. Oranges, manila folders, scissors, and tape. Integrated II text |
GOAL: The student understands and applies the concepts and procedures of mathematics.
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Essential Academic
Learning Requirements |
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Assessment Strategies |
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The
learner will: Understand and apply concepts and procedures from geometric sense BENCHMARKS
Properties
and relationships
Use geometric properties and relationships to compare, contrast, describe, and classify 2- and 3- dimensional geometric figures Construct geometric models and scale drawings using tools as appropriate, for example, building a model of a bridge Locations and transformations Understand and use coordinate grids Understand and apply multiple geometric transformations using combinations of translations, reflections, and/or rotations. |
To
meet this standard the learner will: 1.3.1 Discover properties of 45° -45°
-90° and 30° –60° –90° triangles (8-8) Visualize space figures (10-1) 1.3.2 Apply properties of similar triangles (8-3) Describe space figures that are formed by rotating plane figures around
a line (10-2) Describe the location of points in space using three coordinates (10-4) 1.3.3 Describe the graphs of functions (2-1) Represent figures on a coordinate plane using as few variables for
coordinates as possible (5-5) 1.3.6 Use matrices to represent changes in the size or position of a polygon
(3-6) Transform geometric figures and learn how transformations affect their
properties (5-4) |
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GOAL: The student understands and applies the concepts and procedures of mathematics.
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Suggested
Instructional Strategies / Activities |
Resources &
Materials |
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10-1 Play-Doh activities: Must make prisms, pyramids, etc. Build stellated icosahedron with origami 2-1 Do pg 59 “Talk it over” Uses the topography of a trail to discuss slopes, Linear & non linear concepts. 5-4 Use graphing Calculator to transform figures using matrix multiplication -Create Escher-like tessellations -Create and make tangrams Discover properties of 45.45-90 & 30-60-90. -Patty paper explorations (folds, etc.) Visualize space figures Exploration: What does a space figure look like in two dimensions? -Students work with a partner to create space figures & analyze. Performance assessment pg. 558 |
Play-Doh Int II text TI-82 calculatorStiff paper, rulers, protractors and scissors. Integrated II text. |
GOAL: The student understands and applies the concepts and procedures of mathematics.
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Washington State Essential Academic
Learning Requirements |
Meridian School District Math Framework |
Assessment Strategies |
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The
learner will: Understand and apply concepts and procedures from probability and
statistics BENCHMARKS
Probability
Understand the properties of dependent and independent events Understand and use appropriate counting procedures to determine probabilities Statistics Collect data using appropriate methods and technology Organize and display data in appropriate forms such as tables, graphs, scatter plots, and box plots Calculate and use the different measures of central tendency, variability , and range as appropriate in describe data Use statistics to support different points of view, for example, in a debate or a position paper Prediction
and inference
Design and conduct experiments to verify or disprove predictions Understand and make inferences based on the analysis of experimental results |
To
meet this standard the learner will: 1.4.5 Learn about different ways to select a sample (1-3) 1.4.8 Use an experiment to simulate the results of a survey (1-2) Find probability of an event and of mutually exclusive events (6-3) Relate probability to odds. Find probability of independent and dependent events (6-4) Find probability of independent and dependent events (6-7,8) Use diagrams and tables to count possibilities (6-1) |
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GOAL: The student understands and applies the concepts and procedures of mathematics.
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Suggested
Instructional Strategies / Activities |
Resources &
Materials |
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1-3 Do pg. 18 “Talk it over” Discusses deciding how to choose a particular type sample. 1-2 Students create question
& survey classmates 6-7.8 Use Pascal’s triangle
to illustrate n c r. Learn different ways to select a sample. -Use random sampling to select a sample by using the random number generator on a TI-82 calculator. See pg. 19 in the text. Find the probability of an event. Play the game of skunk. -Roll two dice. Play 5 rounds, one for each letter in the word skunk. Roll the dice until a 1 is rolled. That ends a round. While students stand, they get points shown on dice. If a 1 is rolled, they lose all points for that round. They may sit down after the first roll of a round, but they get no points if they sit. They also do not lose points if a 1 is rolled. Student with the most points wins. Also, if two 1’s are rolled “Snake eyes” and a student is standing, they lose all points from all rounds. Ask students what the probability is of rolling a 1 or snake eyes. |
Integrated II textTI-82 Calculator. Integrated II textbook. |
GOAL: The student understands and applies the concepts and procedures of mathematics.
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Washington State Essential Academic
Learning Requirements |
Meridian School District Math Framework |
Assessment Strategies |
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The learner will: Understand and apply concepts and procedures from
algebraic sense BENCHMARKS
Patterns Recognize, create, extend complex patterns and
sequences. Generalize and express rules describing patterns
and sequences. RepresentationsTranslate among tabular, symbolic, and graphical
representations of relations, for example, displaying information from a
table as a graph Represent situations that involve variable
quantities with expressions, formulas, and equations, and inequalities Operations
Simplify and evaluate expressions and formulas. Write and solve equations and inequalities. |
To meet this standard the
learner will: 1.5 Find powers of binomials
(6-9) Model real world
situations with equation (9-1) Classify expressions
(9-1) Analyze graphs of
polynomial functions written in factored form (9-4) Solve rational equations
that simplify to linear or quadratic equations (9-3) Solve cube equations by
various methods (9-5) Use matrices to
represent data sets and use matrix operations (3-5) 1.5.3 Describe graphs of
functions (2-1) Review linear functions,
slope of a line, and direct variation (2-2) Understand and use the
relationships between the slopes of parallel and perpendicular lines (3-3) Understand how the
coefficients of a quadratic function influence its graph (4-1) Explore translations of
parabolas (4-2) 1.5.4 Explore situations that
involve constant products (2-3) Model and apply
relationships in which one quantity is proportional to the square or cube of
another (2-5) 1.5.6 Solve systems of linear
equations by graphing and graph systems of linear inequalities (3-1) Solve systems of
equations by substitution (3-2) Solve quadratic
equations by graphing and factoring |
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GOAL: The student understands and applies the concepts and procedures of mathematics.
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Suggested
Instructional Strategies / Activities |
Resources &
Materials |
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6-9 Use of Pascal’s triangle to illustrate binomial thm. 3-5 Use TI-82 calculators to multiply large matrics 4-2 Do pg. 193 Exploration. -Using multiple graphs on a graphing calculator to explore translating parabolas Explore translations of
parabolas -Use a graphing calculator to see how changing the equation affects the graph of a parabola. Exploration on pg. 193 in the text |
TI-82 calculatorTI-82 Calculator & Int.
II text book TI-82 Calculator some
quadratic equations. Integrated II text. |
GOAL: The student uses mathematics to define and solve problems.
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Washington State Essential Academic
Learning Requirements |
Meridian School District Math Framework |
Assessment Strategies |
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The
learner will: 2.1 Investigate situations BENCHMARKS
Search systematically for patterns in complex situation Analyze and use multiple strategies Identify what information is missing or extraneous and compensate for it Analyze an unproductive approach and attempt to modify it or try a new approach 2.2 Formulate questions and define the problem BENCMARKS
Identify questions to be answered in complex situations Define problems in complex situations Identify the unknown in complex situations 2.3 Construct solutions BENCMARKS
Organize and synthesize information from multiple sources Select and use appropriate mathematical tools Apply viable strategies, concepts, and procedures to construct a solution. |
To
meet this standard the learner will: 2.1 Explore situations in which quantities repeatedly double or split in
half (2-7) 2.3.2 Solve systems of equations using additions or subtraction and choose a
method for solving a system of equations (3-4) Use technology to find inverse matrices and use them to solve systems
of equations (3-8) |
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GOAL: The student uses mathematics to define and solve problems.
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Suggested
Instructional Strategies / Activities |
Resources &
Materials |
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3-8 |
TI-82 Calculators |
GOAL: The student uses mathematical reasoning.
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Washington State Essential Academic
Learning Requirements |
Meridian School District Math Framework |
Assessment Strategies |
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The
learner will: 3.1 Analyze information BENCHMARKS Interpret and
integrate information from multiple sources Validate thinking
and mathematical ideas using models, known facts, patterns, relationships,
counter-examples, and proportional reasoning 3.2 Predict results and make inferences BENCHMARKS Make conjectures
and inferences based on analysis of problem situations 3.3 Draw conclusions and verify results BENCHMARKS Test conjectures and inferences by formulating a proof or by constructing a counter-example Support arguments and justify results using inductive and deductive reasoning Check for reasonableness of results Reflect on and evaluate procedures and results and make necessary revisions |
To
meet this standard the learner will: 3.1 3.3.2 Know how a survey of part of a population can be used to predict results (1-1) Apply inductive reasoning to many situations and realize the limitations of inductive reasoning (1-5) Apply deductive reasoning and learn how it differs from inductive (1-6, 5-6) 3.3.3 Recognize errors in mathematical and logical reason (1-7) Learn to raise questions about surveys (1-4) |
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GOAL: The student uses mathematical reasoning.
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Suggested
Instructional Strategies / Activities |
Resources &
Materials |
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GOAL: The student communicates knowledge and understanding in both everyday and mathematical language.
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Washington State Essential Academic
Learning Requirements |
Meridian School District Math Framework |
Assessment Strategies |
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The learner will: 4.1 Gather information BENCHMARKS Develop or select and efficient system for collecting information Use reading, listening, and observation skills to access and extract mathematical information from multiple, , self-selected sources such as pictures, diagrams, physical models, and narratives, and symbolic representations Integrate the use of a variety of available technologies to browse, select, and retrieve mathematical information from multiple sources 4.2 Organize and interpret information BENCHMARKS Express complex ideas and situations using mathematical language and rotation in appropriate and efficient forms Express or present mathematical ideas clearly and effectively using both everyday and mathematical language appropriate to audience 4.3 Represent
and share information Express complex ideas and situations using mathematical language and notation in appropriate and efficient forms Explain or represent complex mathematical ideas in ways appropriate for audience and purpose. |
To
meet this standard the learner will: 4.1 Learn about different ways to select a sample (1-3) |
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