8th Grade CMP Math Pacing Chart
CMP Books or Supplements |
Moving Straight Ahead Use CMP 1 Review 1-4 |
Thinking With Mathematical Models Use CMP 1 September 29 -October 31 |
Looking for Pythagoras November 3 –December 5 |
Growing, Growing, Growing
December 8– |
Kaleidoscopes, Hubcaps, and Mirrors
January 26– |
Say it With Symbols February 9 – March 6 |
Clever Counting
Measurement & Probability (see supplemental packet) |
Shapes of Algebra
April 6 – |
WASL Testing April 13- May 1 | Samples and Population May 4 - 29 |
Core Plus I, Unit 2 June 1- |
CMP Core Investigations w/ Rationale |
Time was built into the pacing chart so you could review Moving Straight Ahead before you started Thinking with Mathematical Models | All Investigations Review of linear relationships |
Critical Book New learning for students! All Investigations but 4.3, 4.4 |
All Investigations | Investigations 1.1, 1.2, 1.4, 2.1, 2.2, 2.3. | Critical Book for Core I
All Investigations but 3.3, 3.4, and 4. |
Investigation 1 Measurement and probability packet |
Investigation 2-3, 4 if time | Critical Book for Core I All Investigations |
June 18 Critical Book for Core I or II Lessons 1-3 |
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Core Content | Algebraic Sense | Algebraic Sense | Number Sense Geometric Sense Measurement |
Algebraic Sense | Geometric Sense Measurement |
Algebraic Sense Number Sense |
Measurement Probability Algebraic Sense |
Algebraic Sense | Statistics | ||
Learning Targets Based on Performance Expectations Pre-assessments are aligned with these learning targets. Add: Indicates the CMP holes that will need to be intentionally taught. Introduce:
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I can identify or describe a
linear pattern using tables, graphs, rules and words. (8.1.C) I can identify a rule representing a linear relationship based on a pattern, table, graph or situation. (8.1.C) I can solve one -variable linear equations. (8.1.A) I can create a linear and non-linear pattern and explain what makes it a pattern.
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I can interpret the slope and
y-intercept of the graph of a linear function representing a contextual
situation. (8.1.E) I can solve single and multi- step word problems involving linear functions and verify the solutions. (8.1.F) I can determine and justify whether a given verbal description, table, graph, or symbolic expression represents a linear relationship. (8.1.G) I can find the y-intercept and slope from tables, graphs and equations. (8.1.D) I can write an equation in the form y=mx + b to represent a linear relationship. I can identify the line of best fit.
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I can identify the length of the missing side
given the lengths of the other two sides of a right triangle. (8.2.F)
I can apply the Pythagorean Theorem to find the
distance between two points on the coordinate plane without measuring. I can use the Pythagorean Theorem to determine if a triangle is a right triangle. (8.2.F) I can identify rational and irrational numbers. (8.4.D) I can show or explain the meaning of rational numbers. (8.4.D) I can explain or illustrate the meaning of squares and square roots from 1 through 225. (8.2.E) I can estimate the square roots of other non-perfect squares. (8.2.E) I can compare and order irrational numbers with illustrations, symbols or on a number line. (8.4.D) Add: |
I can represent numbers in scientific
notation, and translate numbers written in scientific notation into
standard form. (8.4.A) I can solve problems involving operations with numbers in scientific notation and verify solutions. (8.4.B) I can evaluate numerical expressions involving non-negative integer exponents using the laws of exponents and the order of operations. (8.4.C) I can identify the characteristics of exponential growth in a table, graph and equation. I can describe what exponential growth and decay look like in a table , graph and equation. I can explain the difference between an exponential relationship and a linear relationship
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I can represent and explain the
effect of one or more translations, rotations, reflections, or dilations
(centered at the origin) of a geometric figure on the coordinate plane.
(8.2.D) I can use or describe procedures for determining angle measures. I can identify or write the ordered pairs describing the location of points or objects using all quadrants. I can locate a missing vertex given the coordinates of the vertices of a polygon. Add:.
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I can identify, use, illustrate or evaluate the
application of the addition, multiplication and distributive properties .
(8.1.A) I can write and solve a multi-step, single variable equation. (8.1.A) I can simplify a single variable expression using order of operations. (8.1.A) I can identify or write an expression using
variables to represent a given situation.
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I can solve single and multi-step problems using
counting techniques. (8.3.G) I can identify pairs of angles as complementary, supplementary, adjacent, or vertical, and use these relationships to determine missing angle measures. (8.2.A) I can determine missing angle measures using the relationships among the angles formed by parallel lines and transversals. (8.2.B) I can demonstrate that the sum of the angle measures in a triangle is 180 degrees, and apply this fact to determine the sum of the angle measures of polygons and to determine unknown angle measures. (8.2.C) I can determine probabilities for mutually exclusive dependent and independent events for small sample spaces. (8.3.F)
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I can solve or write one and two-step linear
inequalities and graph the solutions on a number line. (8.1.B) I can solve a system of linear equations symbolically, graphically, or using tables. (8.1.G) I can identify or write an equation or inequality with variables to represent a given situation.
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I can construct and interpret
box-and-whisker plots. (8.3.B) I can identify and describe how different questions, collection methods and population samples may affect the data collected. (8.3.D) I can determine the mean, median, mode and range for a set of data. (8.3.A) I can identify and describe clusters and outliers in a set of data and determine how the outliers affect the mean, median or mode. (8.3.A) I can create a scatter plot for a two-variable data set, and sketch a trend line(best fit) to make predictions. (8.3.C) I can identify or determine which type of graph is more appropriate for a given set of data or purpose I can identify and describe trends and patterns in data. I can make predictions and conclusions based on data and graphs. I can compare and evaluate multiple
interpretations of the same data. I can display and interpret information in graphs and tables using a graphing calculator. I can determine the sampling methods of convenience, voluntary response and systematic sampling I can determine whether claims made about results are based on biased representations. (8.3.E)
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Review All Year |
I can add, subtract, multiply and
divide fractions and decimals without tools .pictures or a physical
model. I can identify a ratio, percent or proportion in a given situation. I can explain the concept of rate in a particular situation I can use percents, ratios and proportions to determine an unknown number. I can use and explain scientific notation |
I can demonstrate or describe the
meaning of multiplication and division of integers using words,
I can compute with rational numbers including
integers without tools. |
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