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1 Academic Content Standards Grade Eight and Grade Nine Ohio Algebra Grade Eight STANDARDS Number, Number Sense and Operations Standard Number and Number Systems 1. Use scientific notation to express large numbers and small numbers between 0 and Recognize that natural numbers, whole numbers, integers, rational numbers and irrational numbers are subsets of the real number system. Meaning of Operations 3. Apply order of operations to simplify expressions and perform computations involving integer exponents and radicals. 4. Explain and use the inverse and identity properties and use inverse relationships (addition/subtraction, multiplication/division, squaring/square roots) in problem solving situations. 372 #42-# , 15-20, 21-25, 92-97, , , , Graphing Calculator Lab , 78-84, 85-90, 92-97, , , , , , Algebra Lab 77, 91, 300 Codes used for Teacher Wraparound Edition pages are the initial caps of headings on that page.

2 Computation and Estimation 5. Determine when an estimate is sufficient and when an exact answer is needed in problem situations, and evaluate estimates in relation to actual answers; e.g., very close, less than, greater than. 6. Estimate, compute and solve problems involving rational numbers, including ratio, proportion and percent, and judge the reasonableness of solutions. 7. Find the square root of perfect squares, and approximate the square root of non-perfect squares as consecutive integers between which the root lies; e.g., 130 is between 11 and Add, subtract, multiply, divide and compare numbers written in scientific notation. 215 Ex 3, 216 Ex 4, , 85-90, 92-97, , , , , , , , , , Prerequisite Skills Reading Mathematics 116 Spreadsheet Lab #42-#47 Measurement Standard Measurement Units 1. Compare and order the relative size of common U.S. customary units and metric units; e.g., mile and kilometer, gallon and liter, pound and kilogram. 2. Use proportional relationships and formulas to convert units from one measurement system to another; e.g., degrees Fahrenheit to degrees Celsius. Use Measurement Techniques and Tools 3. Use appropriate levels of precision when calculating with measurements (introduction), 312 # #11 Algebra Lab 228, 365 Graphing Calculator Lab 203 Academic Content Standards 2 Algebra 1

3 4. Derive formulas for surface area and volume and justify them using geometric models and common materials. For example, find: a. the surface area of a cylinder as a function of its height and radius; b. that the volume of a pyramid (or cone) is one-third of the volume of a prism (or cylinder) with the same base area and height. 5. Determine surface area for pyramids by analyzing their parts. 6. Solve and determine the reasonableness of the results for problems involving rates and derived measurements, such as velocity and density, using formulas, models and graphs. 7. Apply proportional reasoning to solve problems involving indirect measurements or rates. 8. Find the sum of the interior and exterior angles of regular convex polygons with and without measuring the angles with a protractor. 9. Demonstrate understanding of the concepts of perimeter, circumference and area by using established formulas for triangles, quadrilaterals, and circles to determine the surface area and volume of prisms, pyramids, cylinders, spheres and cones. (Note: Only volume should be calculated for spheres and cones.) 10. Use conventional formulas to find the surface area and volume of prisms, pyramids and cylinders and the volume of spheres and cones to a specified level of precision (especially #47), 121 #34, 371 #13 Algebra Lab 72, #47 (prism), 417 #11 Algebra Lab , See Glencoe s Geometry Page references to find surface area and volume for shapes without using formulas are included below. 75 #47, 417 #11 Algebra Lab 72, 142, , 362 #47-#49, 371 #13, 373 #56, 380 #52-#53, 387 #31-#32, 451 #34, 599 #41, 605 #47 Algebra Lab 365 Geometry and Spatial Sense Standard Characteristics and Properties 1. Make and test conjectures about characteristics and properties (e.g., sides, angles, symmetry) of two-dimensional figures and three-dimensional objects. 168 #20-#21, , Algebra Lab 237 Graphing Calculator Lab Academic Content Standards 3 Algebra 1

4 2. Recognize the angles formed and the relationship between the angles when two lines intersect and when parallel lines are cut by a transversal. 3. Use proportions in several forms to solve problems involving similar figures (part-to-part, part-to-whole, corresponding sides between figures). Spatial Relationships 4. Represent and analyze shapes using coordinate geometry; e.g., given three vertices and the type of quadrilateral, find the coordinates of the fourth vertex. Transformations and Symmetry 5. Draw the results of translations, reflections, rotations and dilations of objects in the coordinate plane, and determine properties that remain fixed; e.g., lengths of sides remain the same under translations. Visualization and Geometric Models See Glencoe s Geometry , 558 #30-#33, 559 #43 Graphing Calculator Lab , , Draw nets for a variety of prisms, pyramids, cylinders and cones. Patterns, Functions and Algebra Standard Use Patterns, Relations and Functions 417 #11 Algebra Lab Relate the various representations of a relationship; i.e., relate a table to graph, description and symbolic form. 2. Generalize patterns and sequences by describing how to find the nth term. 3. Identify functions as linear or nonlinear based on information given in a table, graph or equation , , , Algebra Lab 142, 145, 186 Graphing Calculator Lab Algebra Lab 142 Reading Mathematics , Academic Content Standards 4 Algebra 1

5 Use Algebraic Representations 4. Extend the uses of variables to include covariants where y depends on x. 5. Use physical models to add and subtract monomials and polynomials, and to multiply a polynomial by a monomial. 6. Describe the relationship between the graph of a line and its equation, including being able to explain the meaning of slope as a constant rate of change and y-intercept in real-world problems. 7. Use symbolic algebra (equations and inequalities), graphs and tables to represent situations and solve problems. 8. Write, simplify and evaluate algebraic expressions (including formulas) to generalize situations and solve problems. 9. Solve linear equations and inequalities graphically, symbolically and using technology. 10. Solve 2 by 2 systems of linear equations graphically and by simple substitution. 11. Interpret the meaning of the solution of a 2 by 2 system of equations; i.e., point, line, no solution. 12. Solve simple quadratic equations graphically; e.g., y = x , (especially #49-#50), , Algebra Lab (introduction), 404 Algebra Lab 375, , (especially#18, #50, #53, & #56), , (especially #46), 217 #37, 224 #38 Algebra Lab 186 Graphing Calculator Lab 197, , 85-90, 92-97, , , , , 148 #36, , , , , , 224 #36-#41, , , , , Graphing Calculator Lab 203 Spreadsheet Lab , 10-14, 15-20, 21-25, 26-31, 33-37, 70-76, , 85-90, 92-97, , , , , , , , Algebra Lab 77, 91, 300 Graphing Calculator Lab 309 Reading Mathematics 116 Spreadsheet Lab , Algebra Lab 260 Graphing Calculator Lab 259 Spreadsheet Lab , 262 Ex Academic Content Standards 5 Algebra 1

6 13. Compute and interpret slope, midpoint and distance given a set of ordered pairs. Analyze Change 14. Differentiate and explain types of changes in mathematical relationships, such as linear vs. nonlinear, continuous vs. noncontinuous, direct variation vs. inverse variation. 15. Describe and compare how changes in an equation affects the related graphs; e.g., for a linear equation changing the coefficient of x affects the slope and changing the constant affects the intercepts. 16. Use graphing calculators or computers to analyze change; e.g., interest compounded over time as a nonlinear growth pattern. Data Analysis and Probability Standard , , , , Algebra Lab , , , , Graphing Calculator Lab 197, 219, , , Graphing Calculator Lab 197, , , , Graphing Calculator Lab 470, , 504, Data Collection 1. Use, create and interpret scatterplots and other types of graphs as appropriate. 2. Evaluate different graphical representations of the same data to determine which is the most appropriate representation for an identified purpose; e.g., line graph for change over time, circle graph for part-to-whole comparison, scatterplot for relationship between two variants. 3. Differentiate between discrete and continuous data and appropriate ways to represent each. Statistical Methods 4. Compare two sets of data using measures of center (mean, mode, median) and measures of spread (range, quartiles, interquartile range, percentiles) Algebra Lab 228 Graphing Calculator Lab 203, , 470, Prerequisite Skills 713, Algebra Lab 59 Prerequisite Skills Academic Content Standards 6 Algebra 1

7 5. Explain the mean's sensitivity to extremes and its use in comparison with the median and mode. 6. Make conjectures about possible relationship in a scatterplot and approximate line of best fit. 7. Identify different ways of selecting samples, such as survey response, random sample, representative sample and convenience sample. 8. Describe how the relative size of a sample compared to the target population affects the validity of predictions. 9. Construct convincing arguments based on analysis of data and interpretation of graphs. See Glencoe s Pre-Algebra Algebra Lab 228 Graphing Calculator Lab 203, , 470, Reading Mathematics 649 The following pages can be integrated to meet this standard , 147 #14-#21, 153 #39-#52, , , 216 Ex 4, Algebra Lab 228 Reading Mathematics 171 The following pages can be integrated to meet this standard Probability 10. Calculate the number of possible outcomes for a situation, recognizing and accounting for when items may occur more than once or when order is important. 11. Demonstrate an understanding that the probability of either of two disjoint events occurring can be found by adding the probabilities for each and that the probability of one independent event following another can be found by multiplying the probabilities , , , Academic Content Standards 7 Algebra 1

8 Grade Nine STANDARDS Number, Number Sense and Operations Standard Number and Number Systems 1. Identify and justify whether properties (closure, identity, inverse, commutative and associative) hold for a given set and operations; e.g., even integers and multiplication. 2. Compare, order, and determine equivalent forms for rational and irrational numbers. Meaning of Operations 3. Explain the effects of operations such as multiplication or division, and of computing powers and roots on the magnitude of quantities. Computation and Estimation 4. Demonstrate fluency in computations using real numbers. 5. Estimate the solutions for problem situations involving square and cube roots. Measurement Standard 21-25, 26-31, (especially #44-#45), 44 #43, (especially #64) , , Algebra Lab 365 Graphing Calculator Lab 197, , 15-20, 21-25, 26-31, 46-52, 78-84, 85-90, 92-97, , , , , , , , , , , , , Measurement Units 1. Convert rates within the same measurement system; e.g., miles per hour to feet per second; kilometers per hour to meters per second. Use Measurement Techniques and Tools 2. Use unit analysis to check computations involving measurement. 3. Use the ratio of lengths in similar twodimensional figures or three-dimensional objects to calculate the ratio of their areas or volumes respectively. 4. Use scale drawings and right triangle trigonometry to solve problems that include unknown distances and angle measures. 591 Ex 3, , , #56, 565 #31-#33 Algebra Lab 142, Academic Content Standards 8 Algebra 1

9 5. Solve problems involving unit conversion for situations involving distances, areas, volumes and rates within the same measurement system. Geometry and Spatial Sense Standard , , Characteristics and Properties 1. Define the basic trigonometric ratios in right triangles: sine, cosine and tangent. 2. Apply proportions and right triangle trigonometric ratios to solve problems involving missing lengths and angle measures in similar figures. Visualization and Geometric Models See Glencoe s Geometry Analyze two-dimensional figures in a coordinate plane; e.g., use slope and distance formulas to show that a quadrilateral is a parallelogram. Patterns, Functions and Algebra Standard Use Patterns, Relations and Functions , 558 #30-#33, 559 #43 1. Define function with ordered pairs in which each domain element is assigned exactly one range element. 2. Generalize patterns using functions or relationships (linear, quadratic and exponential), and freely translate among tabular, graphical and symbolic representations. 3. Describe problem situations (linear, quadratic and exponential) by using tabular, graphical and symbolic representations , , , , , , , , , , Algebra Lab 237 Graphing Calculator Lab , , 219, 470, , 504 Reading Mathematics , , , , , , , , , , , , , Algebra Lab 142, 186, Graphing Calculator Lab Reading Mathematics 171, 226 Academic Content Standards 9 Algebra 1

10 4. Demonstrate the relationship among zeros of a function, roots of equations, and solutions of equations graphically and in words. 5. Describe and compare characteristics of the following families of functions: linear, quadratic and exponential functions; e.g., general shape, number of roots, domain, range, rate of change, maximum or minimum. Use Algebraic Representations 6. Write and use equivalent forms of equations and inequalities in problem situations; e.g., changing a linear equation to the slopeintercept form. 7. Use formulas to solve problems involving exponential growth and decay. 8. Find linear equations that represent lines that pass through a given set of ordered pairs, and find linear equations that represent lines parallel or perpendicular to a given line through a specific point. 9. Solve and interpret the meaning of 2 by 2 systems of linear equations graphically, by substitution and by elimination, with and without technology. 10. Solve quadratic equations with real roots by factoring, graphing, using the quadratic formula and with technology. 11. Add, subtract, multiply and divide monomials and polynomials (division of polynomials by monomials only). 12. Simplify rational expressions by eliminating common factors and applying properties of integer exponents , , (especially Ex 1) Algebra Lab Graphing Calculator Lab , , , , , , , , , Algebra Lab 186 Graphing Calculator Lab , 197, 203, , , , , , , , , , , Graphing Calculator Lab 203, , 259, Graphing Calculator Lab , , , , Algebra Lab 237 Graphing Calculator Lab , , , , Algebra Lab 284 Graphing Calculator Lab 259 Spreadsheet Lab , , , Algebra Lab Graphing Calculator Lab , , , , , , , , Algebra Lab 365, 375, , Graphing Calculator Lab , , Academic Content Standards 10 Algebra 1

11 Analyze Change STANDARDS 13. Model and solve problems involving direct and inverse variation using proportional reasoning. 14. Describe the relationship between slope and the graph of a direct variation and inverse variation. 15. Describe how a change in the value of a constant in a linear or quadratic equation affects the related graphs. Data Analysis and Probability Standard , Graphing Calculator Lab 197, , , Graphing Calculator Lab 197, , , Graphing Calculator Lab 197, , Data Collection 1. Classify data as univariate (single variable) or bivariate (two variables) and as quantitative (measurement) or qualitative (categorical) data. 2. Create a scatterplot for a set of bivariate data, sketch the line of best fit, and interpret the slope of the line of best fit. Statistical Methods 3. Analyze and interpret frequency distributions based on spread, symmetry, skewness, clusters and outliers. 4. Describe and compare various types of studies (survey, observation, experiment), and identify possible misuses of statistical data. 5. Describe characteristics and limitations of sampling methods, and analyze the effects of random versus biased sampling; e.g., determine and justify whether the sample is likely to be representative of the population. 6. Make inferences about relationships in bivariant data, and recognize the difference between evidence of relationship (correlation) and causation. See Glencoe s Algebra Algebra Lab 228 Graphing Calculator Lab , Prerequisite Skills 713, Reading Mathematics Reading Mathematics 649 See Glencoe s Algebra Academic Content Standards 11 Algebra 1

12 Probability STANDARDS 7. Use counting techniques and the Fundamental Counting principle to determine the total number of possible outcomes for mathematical situations. 8. Describe, create and analyze a sample space and use it to calculate probability. 9. Identify situations involving independent and dependent events, and explain differences between, and common misconceptions about, probabilities associated with those events. 10. Use theoretical and experimental probability, including simulations or random numbers, to estimate probabilities and to solve problems dealing with uncertainty; e.g., compound events, independent events, simple dependent events , , , , Academic Content Standards 12 Algebra 1

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