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Spun-off from Amazon's popular line of Bossy Brocci Math and Big Science Workbooks, this Bundle on Graphing Linear Equations & Inequalities contains: 2 Units, 14 Lessons, 64 Worksheets - and 200 Problems! Individual cost would be $16, but the Bundle price is just $12!

160 slides are printed as 80 Landscape DOUBLE-SIDED sheets of paper, with the flip being along the 'SHORT' edge.

================================================

This Bundle contains the two smaller bundles:

Graphing Linear Equations Bundle

and

Graphing Linear Inequalities Bundle

===============================================

The GRAPHING LINEAR EQUATIONS UNIT Contains:

Graphing from y = mx + b and checking solution

Students will:

1) Determine & Write Slope and y-Intercept for 12 slope-intercept linear equations

2) Graph or Plot 12 slope-intercept linear equations directly beneath those equations

3) Be compelled to show their work in a neat & orderly format

4) Be trained to graph methodically & systematically

5) Check or Verify that points from their Graphs are indeed solutions to all 12 equations

6) Be trained to check algebraic solutions methodically & systematically

Graphing from m & b

Students will:

1) Determine & Write 12 Slope-Intercept linear equations from given m & b

2) Graph or Plot those 12 slope-intercept linear equations directly beneath their equations

3) Be compelled to show their work in a neat & orderly format

4) Be trained to graph methodically & systematically

Deriving y = mx + b from a Plotted-Points Line

Students will:

1) Derive & Write 12 Slope-Intercept linear equations from a Plotted-points graphed line

2) Be compelled to show their work in a neat & orderly format

3) Be trained to graph methodically & systematically

Deriving y = mx + b from a No-Points Line

Students will:

1) Derive & Write 12 Slope-Intercept linear equations from a “No”-points graphed line

2) Be compelled to show their work in a neat & orderly format

3) Be trained to graph methodically & systematically

Deriving & Graphing y = mx + b from Point & Slope

Students will:

1) Derive & Write 12 Slope-Intercept linear equations after being given Slope and a single point’s (x,y) coordinates

2) Graph or Plot those 12 slope-intercept linear equations directly beneath their equations

3) Use the Bossy Brocci "Egg" method for solving algebraic equations

4) Be compelled to show their work in a neat & orderly format

5) Be trained to solve algebraic equations and graph methodically & systematically

Deriving & Graphing y = mx + b from 2 Points

Students will:

1) Derive & Write 12 Slope-Intercept linear equations after being given Two points' (x,y) coordinates

2) Graph or Plot those 12 slope-intercept linear equations directly beneath their equations

3) Use the Bossy Brocci "Egg" method for solving algebraic equations

4) Be compelled to show their work in a neat & orderly format

5) Be trained to solve algebraic equations and graph methodically & systematically

Converting “Standard Form” into Slope-Intercept

Students will:

1) Derive & Write 12 Slope-Intercept linear equations from a “Standard” form Linear equation

2) Use the Bossy Brocci "Egg" method for solving algebraic equations

3) Be compelled to show their work in a neat & orderly format

4) Be trained to solve algebraic equations and graph methodically & systematically

Graphing from “Standard” Form to Slope-Intercept and checking solution

Students will:

1) Derive & Write 12 Slope-Intercept linear equations from a “Standard” form Linear equation

2) Graph or Plot those 12 slope-intercept linear equations directly beneath their equations

3) Use the Bossy Brocci "Egg" method for solving algebraic equations

4) Be compelled to show their work in a neat & orderly format

5) Be trained to solve algebraic equations and graph methodically & systematically

Converting General Form into Slope-Intercept

Students will:

1) Derive & Write 12 Slope-Intercept linear equations from a General form Linear equation

2) Use the Bossy Brocci "Egg" method for solving algebraic equations

3) Be compelled to show their work in a neat & orderly format

4) Be trained to solve algebraic equations and graph methodically & systematically

Graphing from General Form to Slope-Intercept

Students will:

1) Derive & Write 12 Slope-Intercept linear equations from a General form Linear equation

2) Graph or Plot those 12 slope-intercept linear equations directly beneath their equations

3) Use the Bossy Brocci "Egg" method for solving algebraic equations

4) Be compelled to show their work in a neat & orderly format

5) Be trained to solve algebraic equations and graph methodically & systematically

Solving Word Problems with y = mx + b

Students will:

1) Write 20 Slope-Intercept linear equations from 20 Word Problems

2) Solve for y 5 times, m 5 times, x 5 times & b 5 times

3) Be compelled to show their work in a neat & orderly format

4) Use the Bossy Brocci "Egg" method for solving algebraic equations

5) Be compelled to show their work in a neat & orderly format

6) Be trained to solve algebraic equations methodically & systematically

================================================

The GRAPHING LINEAR INEQUALITIES UNIT Contains:

Graphing Slope-Intercept Linear Inequalities

Students will:

1) Determine & Write Slope and y-Intercept for 12 slope-intercept linear Inequalities

2) Graph or Plot 12 slope-intercept linear Inequalities directly beneath those expressions

3) Be compelled to show their work in a neat & orderly format

4) Be trained to graph linear inequalities methodically & systematically

Graphing “Standard” Linear Inequalities

Students will:

1) Derive & Write 12 Slope-Intercept linear Inequalities from a “Standard” form Linear Inequality

2) Graph or Plot those 12 slope-intercept linear Inequalities directly beneath their expressions

3) Use the Bossy Brocci "Egg" method for solving algebraic equations

4) Be compelled to show their work in a neat & orderly format

5) Be trained to solve algebraic equations and graph linear inequalities methodically & systematically

Deriving a Linear Inequality from a Graphed Line

Students will:

1) Derive & Write 12 Slope-Intercept linear Inequalities from the accompanying graphs

2) Be compelled to show their work in a neat & orderly format

3) Be trained to dissect graphs and derive equations and inequalities from them methodically & systematically

===================================================

==================================================

Printing should be LANDSCAPE, double-sided, and with the FLIP along the SHORT edge

=================================================

Identifying Solving for x-intercept x-intercepts y-intercept y-intercepts Slope Classifying Determining Calculating Slope Slope from two points Slope from formula Slope Slopes of Parallel Perpendicular lines Graphing line from Point Slope Point-Slope Slope from a Table Slope from a line Slope from a Graph Slope from two points Slope from 2 points Slope from y = mx + b Slope from the Slope-Intercept Equation Slope Word Problems 2-point Two-point Slope Formula Change in y over the Change in x Table Slope Finger Slope Formula Slope Slope as Rate of Change Slope as Ratio Slope Rate of Change Word Problems Slope-Intercept Linear Equation Math Algebra Geometry Graphing Graphing Linear Equations Graphing slope-intercept linear equations Graphing standard linear equations Graphing General linear equations Graphing Linear Inequalities Graphing slope-intercept linear inequalities Graphing standard linear inequalities Graphing General linear inequalities Slope, point-slope, y-intercept, m, b Deriving Graphing y = mx + b from Graphed line Point-Slope 2 Two Points Graphing from Slope-Intercept Graphing from y = mx + b Graphing from Two Points Graphing from Point Slope Graphing from Slope and Single Point Deriving the Slope-Intercept y = mx + b from a Graphed Line Deriving Slope-intercept Linear Inequality from Graphed Line Deriving Slope-intercept Linear inequalities from Graphed Lines Math Algebra Solving Graphing Systems of Equations Solving Graphing Systems of Equations Graphing Method Substittuion Method Elimination Method Graphing Systems of Equations Graphing Systems of Equations Solving Graphing Systems of Equations Word Problems Solving Graphing Slope Intercept Slope-Intercept Systems of Equations Solving Graphing Systems of Linear Equations Solving Graphing Standard Systems of Equations Solving Graphing Standard Systems of Linear Equations Solving Graphing Systems of Equations Word Problems Solving a System Systems of Equations using with by via Substitution Method Solving a System Systems of Equations using with by via Elimination Method Solving a System Systems of Equations using with by via Graphing Method Graphically Solving a System Systems of Equations Elimination Method Substitution Method Graphing Method Graphically Solving Systems of Equations by with Elimination Solving Systems of Equations by with Substitution Solving Systems of Equations by with Graphing

160 slides are printed as 80 Landscape DOUBLE-SIDED sheets of paper, with the flip being along the 'SHORT' edge.

================================================

This Bundle contains the two smaller bundles:

Graphing Linear Equations Bundle

and

Graphing Linear Inequalities Bundle

===============================================

The GRAPHING LINEAR EQUATIONS UNIT Contains:

Graphing from y = mx + b and checking solution

Students will:

1) Determine & Write Slope and y-Intercept for 12 slope-intercept linear equations

2) Graph or Plot 12 slope-intercept linear equations directly beneath those equations

3) Be compelled to show their work in a neat & orderly format

4) Be trained to graph methodically & systematically

5) Check or Verify that points from their Graphs are indeed solutions to all 12 equations

6) Be trained to check algebraic solutions methodically & systematically

Graphing from m & b

Students will:

1) Determine & Write 12 Slope-Intercept linear equations from given m & b

2) Graph or Plot those 12 slope-intercept linear equations directly beneath their equations

3) Be compelled to show their work in a neat & orderly format

4) Be trained to graph methodically & systematically

Deriving y = mx + b from a Plotted-Points Line

Students will:

1) Derive & Write 12 Slope-Intercept linear equations from a Plotted-points graphed line

2) Be compelled to show their work in a neat & orderly format

3) Be trained to graph methodically & systematically

Deriving y = mx + b from a No-Points Line

Students will:

1) Derive & Write 12 Slope-Intercept linear equations from a “No”-points graphed line

2) Be compelled to show their work in a neat & orderly format

3) Be trained to graph methodically & systematically

Deriving & Graphing y = mx + b from Point & Slope

Students will:

1) Derive & Write 12 Slope-Intercept linear equations after being given Slope and a single point’s (x,y) coordinates

2) Graph or Plot those 12 slope-intercept linear equations directly beneath their equations

3) Use the Bossy Brocci "Egg" method for solving algebraic equations

4) Be compelled to show their work in a neat & orderly format

5) Be trained to solve algebraic equations and graph methodically & systematically

Deriving & Graphing y = mx + b from 2 Points

Students will:

1) Derive & Write 12 Slope-Intercept linear equations after being given Two points' (x,y) coordinates

2) Graph or Plot those 12 slope-intercept linear equations directly beneath their equations

3) Use the Bossy Brocci "Egg" method for solving algebraic equations

4) Be compelled to show their work in a neat & orderly format

5) Be trained to solve algebraic equations and graph methodically & systematically

Converting “Standard Form” into Slope-Intercept

Students will:

1) Derive & Write 12 Slope-Intercept linear equations from a “Standard” form Linear equation

2) Use the Bossy Brocci "Egg" method for solving algebraic equations

3) Be compelled to show their work in a neat & orderly format

4) Be trained to solve algebraic equations and graph methodically & systematically

Graphing from “Standard” Form to Slope-Intercept and checking solution

Students will:

1) Derive & Write 12 Slope-Intercept linear equations from a “Standard” form Linear equation

2) Graph or Plot those 12 slope-intercept linear equations directly beneath their equations

3) Use the Bossy Brocci "Egg" method for solving algebraic equations

4) Be compelled to show their work in a neat & orderly format

5) Be trained to solve algebraic equations and graph methodically & systematically

Converting General Form into Slope-Intercept

Students will:

1) Derive & Write 12 Slope-Intercept linear equations from a General form Linear equation

2) Use the Bossy Brocci "Egg" method for solving algebraic equations

3) Be compelled to show their work in a neat & orderly format

4) Be trained to solve algebraic equations and graph methodically & systematically

Graphing from General Form to Slope-Intercept

Students will:

1) Derive & Write 12 Slope-Intercept linear equations from a General form Linear equation

2) Graph or Plot those 12 slope-intercept linear equations directly beneath their equations

3) Use the Bossy Brocci "Egg" method for solving algebraic equations

4) Be compelled to show their work in a neat & orderly format

5) Be trained to solve algebraic equations and graph methodically & systematically

Solving Word Problems with y = mx + b

Students will:

1) Write 20 Slope-Intercept linear equations from 20 Word Problems

2) Solve for y 5 times, m 5 times, x 5 times & b 5 times

3) Be compelled to show their work in a neat & orderly format

4) Use the Bossy Brocci "Egg" method for solving algebraic equations

5) Be compelled to show their work in a neat & orderly format

6) Be trained to solve algebraic equations methodically & systematically

================================================

The GRAPHING LINEAR INEQUALITIES UNIT Contains:

Graphing Slope-Intercept Linear Inequalities

Students will:

1) Determine & Write Slope and y-Intercept for 12 slope-intercept linear Inequalities

2) Graph or Plot 12 slope-intercept linear Inequalities directly beneath those expressions

3) Be compelled to show their work in a neat & orderly format

4) Be trained to graph linear inequalities methodically & systematically

Graphing “Standard” Linear Inequalities

Students will:

1) Derive & Write 12 Slope-Intercept linear Inequalities from a “Standard” form Linear Inequality

2) Graph or Plot those 12 slope-intercept linear Inequalities directly beneath their expressions

3) Use the Bossy Brocci "Egg" method for solving algebraic equations

4) Be compelled to show their work in a neat & orderly format

5) Be trained to solve algebraic equations and graph linear inequalities methodically & systematically

Deriving a Linear Inequality from a Graphed Line

Students will:

1) Derive & Write 12 Slope-Intercept linear Inequalities from the accompanying graphs

2) Be compelled to show their work in a neat & orderly format

3) Be trained to dissect graphs and derive equations and inequalities from them methodically & systematically

===================================================

==================================================

Printing should be LANDSCAPE, double-sided, and with the FLIP along the SHORT edge

=================================================

Identifying Solving for x-intercept x-intercepts y-intercept y-intercepts Slope Classifying Determining Calculating Slope Slope from two points Slope from formula Slope Slopes of Parallel Perpendicular lines Graphing line from Point Slope Point-Slope Slope from a Table Slope from a line Slope from a Graph Slope from two points Slope from 2 points Slope from y = mx + b Slope from the Slope-Intercept Equation Slope Word Problems 2-point Two-point Slope Formula Change in y over the Change in x Table Slope Finger Slope Formula Slope Slope as Rate of Change Slope as Ratio Slope Rate of Change Word Problems Slope-Intercept Linear Equation Math Algebra Geometry Graphing Graphing Linear Equations Graphing slope-intercept linear equations Graphing standard linear equations Graphing General linear equations Graphing Linear Inequalities Graphing slope-intercept linear inequalities Graphing standard linear inequalities Graphing General linear inequalities Slope, point-slope, y-intercept, m, b Deriving Graphing y = mx + b from Graphed line Point-Slope 2 Two Points Graphing from Slope-Intercept Graphing from y = mx + b Graphing from Two Points Graphing from Point Slope Graphing from Slope and Single Point Deriving the Slope-Intercept y = mx + b from a Graphed Line Deriving Slope-intercept Linear Inequality from Graphed Line Deriving Slope-intercept Linear inequalities from Graphed Lines Math Algebra Solving Graphing Systems of Equations Solving Graphing Systems of Equations Graphing Method Substittuion Method Elimination Method Graphing Systems of Equations Graphing Systems of Equations Solving Graphing Systems of Equations Word Problems Solving Graphing Slope Intercept Slope-Intercept Systems of Equations Solving Graphing Systems of Linear Equations Solving Graphing Standard Systems of Equations Solving Graphing Standard Systems of Linear Equations Solving Graphing Systems of Equations Word Problems Solving a System Systems of Equations using with by via Substitution Method Solving a System Systems of Equations using with by via Elimination Method Solving a System Systems of Equations using with by via Graphing Method Graphically Solving a System Systems of Equations Elimination Method Substitution Method Graphing Method Graphically Solving Systems of Equations by with Elimination Solving Systems of Equations by with Substitution Solving Systems of Equations by with Graphing

Total Pages

160 pages

Answer Key

Included

Teaching Duration

N/A

132 Followers

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