Draw the graph of the inequality: y > 4 x + 3 You can refer to Participation Activities 11 and 12 in the Reading and Participation section Graphing Linear Inequalities. Those two activities can give you practice in drawing graphs of linear inequalities in Mobius. Part a: Find two points on the associated line. Often it's smart to start with the values x = 0 and x = 1. The point (0, Number ) is on the line y = 4 x + 3. The point (1, Number ) is on the line y = 4 x + 3. Part b: Find a point that satisfies the strict inequality y > 4 a + 3. The point (0, E D ) satisfies y > 4 x + 3.
Draw the graph of the inequality: y > 4 x + 3 You can refer to Participation Activities 11 and 12 in the Reading and Participation section Graphing Linear Inequalities. Those two activities can give you practice in drawing graphs of linear inequalities in Mobius. Part a: Find two points on the associated line. Often it's smart to start with the values x = 0 and x = 1. The point (0, Number ) is on the line y = 4 x + 3. The point (1, Number ) is on the line y = 4 x + 3. Part b: Find a point that satisfies the strict inequality y > 4 a + 3. The point (0, E D ) satisfies y > 4 x + 3.
Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
Problem 1RQ
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Transcribed Image Text:Draw the graph of the inequality:
y > 4 x + 3
You can refer to Participation Activities 11 and 12 in the Reading and Participation section Graphing
Linear Inequalities. Those two activities can give you practice in drawing graphs of linear inequalities in
Mobius.
Part a: Find two points on the associated line. Often it's smart to start with the values x = 0 and x = 1.
The point (0, Number
) is on the line y = 4 x + 3.
The point (1, Number
) is on the line y = 4 x + 3.
Part b: Find a point that satisfies the strict inequality y > 4 x + 3.
The point (0,
E E ) satisfies y > 4 x + 3.
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