Graphin 1. Use the line information to write each equation in slope-intercept fa (Hint: start with point-slope when possible). 2. Then graph each equation on the given graph paper. 3. Label each graphed line with its number. 4. Then color your design to create "stained glass" by outlining each line in black and coloring in between each section. Line Information Equation of the Line Line Graph the line that is perpendicular to line #1 and goes | through point (2,-4) line#1= y=-2X+3 | Graph the line that is perpendicular to line #5 and goes through (4,1) #6 %23

Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
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Name: Matias pa lido
Graphing Art #2: Perpendicular Lines
1. Use the line information to write each equation in slope-intercept form when possible
(Hint: start with point-slope when possible).
2. Then graph each equation on the given graph paper.
3. Label each graphed line with its number.
4. Then color your design to create “stained glass" by outlining each line in black and
coloring in between each section.
Line
Line Information
Equation of the Line
Graph the line that is
perpendicular to line #1 and goes
|
#5
through point (2,-4)
line#1= y=-2x+3
Graph the line that is
perpendicular to line #5 and goes
through (4,1)
#6
Transcribed Image Text:Name: Matias pa lido Graphing Art #2: Perpendicular Lines 1. Use the line information to write each equation in slope-intercept form when possible (Hint: start with point-slope when possible). 2. Then graph each equation on the given graph paper. 3. Label each graphed line with its number. 4. Then color your design to create “stained glass" by outlining each line in black and coloring in between each section. Line Line Information Equation of the Line Graph the line that is perpendicular to line #1 and goes | #5 through point (2,-4) line#1= y=-2x+3 Graph the line that is perpendicular to line #5 and goes through (4,1) #6
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