Algebra 1: Graphing Linear Equations and Inequalities in 2 Variables Name: _______________________________________ Topic D5: Finding the Equation of a Line | VERSION A Give the equations of the lines with the given 5. β6π₯ β 2π¦ = 12 π¦ = y slopes and y-βintercepts. 1. 5 1 π = β , π = β5 2 4 3 2 π¦ = 1 1 2. 2 3 4 5 x 5 3 π = , π = β4 π¦ = Find the slopes and y-βintercepts for the following equations by writing them in the form π¦ = ππ₯ + π then graph the equation. 3. β4π₯ + π¦ = 2 π¦ = For the following problems, the slopes and one point on each line is given. Use the point-βslope form to find the equations of the lines in slope-βintercept form. y 5 4 3 6. β2, β7 , π = 2 π¦ = 7. β3, 0 , π = β 2 3 π¦ = 8. β2, 5 , π = β3 π¦ = 9. 3, β4 , π = 0 π¦ = 2 1 1 2 3 4 5 x 4. 3π₯ + 6π¦ = 18 π¦ = y 5 4 3 2 1 1 2 3 4 5 x www.varsitylearning.com 1 Algebra 1: Graphing Linear Equations and Inequalities in 2 Variables Name: _______________________________________ Topic D5: Finding the Equation of a Line | VERSION A Find the equations, in slope-βintercept form, of the lines that pass through the following pairs of points. 10. 2, β8 , (1, β5) 15. Slope = y-βintercept = Equations: π¦ = π¦ = y 5 4 3 11. β1, 4 , (β2, 7) 2 π¦ = 1 1 12. 6, 7 , (2, 1) 2 3 4 5 x π¦ = 16. Find the equation of the line with x-βintercept 13. 3, β2 , (6, β3) π¦ = (2, 0) and y-βintercept (0, 1). π¦ = Find the slope and y-βintercepts in the following graphs. Then write the equations of the lines in slope-βintercept form. 17. Find the slope of the line parallel to the line that crosses (2, β2) and the y-βintercept is (0, β3). π = 14. Slope = y-βintercept = 18. Find the slope of the line parallel to the line that Equations: π¦ = passes through (3, 2) and (β2, β3). y π = 5 4 19. Find the slope of a line perpendicular to the line 3 that passes through (β1, 2) and (2, β3). 2 1 1 2 3 4 5 π = x 20. Find the slope of a line perpendicular to the line that passes through (2, β3) and (β4, β2). π = www.varsitylearning.com 2 Algebra 1: Graphing Linear Equations and Inequalities in 2 Variables Name: _______________________________________ Topic D5: Finding the Equation of a Line | VERSION A Give the equations of the lines with the given 5. β6π₯ β 2π¦ = 12 π¦ = β3π₯ β 6 y slopes and y-βintercepts. 1. 5 1 π = β , π = β5 2 4 3 2 1 π¦ = β π₯ β 5 2 1 1 2. 2 3 4 5 x 5 3 π = , π = β4 5 3 π¦ = π₯ β 4 Find the slopes and y-βintercepts for the following equations by writing them in the form π¦ = ππ₯ + π then graph the equation. 3. β4π₯ + π¦ = 2 For the following problems, the slopes and one point on each line is given. Use the point-βslope form to find the equations of the lines in slope-βintercept form. π¦ = 4π₯ + 2 y 5 4 6. β2, β7 , π = 2 π¦ = 2π₯ β 3 7. β3, 0 , π = β π¦ = β π₯ β 2 8. β2, 5 , π = β3 π¦ = β3π₯ β 1 9. 3, β4 , π = 0 π¦ = β4 3 2 1 1 2 3 4 5 x 2 3 2 3 4. 1 2 3π₯ + 6π¦ = 18 π¦ = β π₯ + 3 y 5 4 3 2 1 1 2 3 4 5 x www.varsitylearning.com 3 Algebra 1: Graphing Linear Equations and Inequalities in 2 Variables Name: _______________________________________ Topic D5: Finding the Equation of a Line | VERSION A Find the equations, in slope-βintercept form, of the lines that pass through the following pairs of points. 10. 2, β8 , (1, β5) 1 2 15. Slope = β y-βintercept = 0, β5 1 2 π¦ = β3π₯ β 2 Equations: π¦ = β π₯ β 5 y 5 4 11. β1, 4 , (β2, 7) π¦ = β3π₯ + 1 3 2 1 1 2 3 4 5 x 3 2 12. 6, 7 , (2, 1) π¦ = π₯ β 2 1 3 13. 3, β2 , (6, β3) 16. Find the equation of the line with x-βintercept (2, 0) and y-βintercept (0, 1). π¦ = β π₯ β 1 1 2 π¦ = β π₯ + 1 Find the slope and y-βintercepts in the following graphs. Then write the equations of the lines in slope-βintercept form. 17. Find the slope of the line parallel to the line that crosses (2, β2) and the y-βintercept is (0, β3). ! π = ! 14. Slope = β2 y-βintercept = 0, 4 18. Find the slope of the line parallel to the line that passes through (3, 2) and (β2, β3). π = 1 Equations: π¦ = β2π₯ + 4 y 5 4 19. Find the slope of a line perpendicular to the line that passes through (β1, 2) and (2, β3). 3 2 ! 1 1 2 3 4 5 π = x ! 20. Find the slope of a line perpendicular to the line that passes through (2, β3) and (β4, β2). π = 6 www.varsitylearning.com 4
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