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9. Inequalities and Absolute Value

Linear Inequalities in Two Variables

9. Inequalities and Absolute Value

Linear Inequalities in Two Variables

Multiple Choice
Given the linear inequality $4 x plus two thirds y is greater than or equal to 6$ , determine if the following ordered pair is a solution to the inequality.
$open paren negative 2 comma 9 close paren$
Multiple Choice
Given the linear inequality $4 x plus two thirds y is greater than or equal to 6$ , determine if the following ordered pair is a solution to the inequality.
$open paren 2 comma 3 close paren$
Multiple Choice
Given the linear inequality $4 x plus two thirds y is greater than or equal to 6$ , determine if the following ordered pair is a solution to the inequality.
$open paren 0 comma 9 close paren$
Multiple Choice
Given the linear inequality $4 y is less than 3 x minus 2$ , determine if the following ordered pair is a solution to the inequality.
$open paren 0 comma negative 2 close paren$
Multiple Choice
Given the linear inequality $4 y is less than 3 x minus 2$ , determine if the following ordered pair is a solution to the inequality.
$open paren 3 comma three fourths close paren$
Multiple Choice
Given the linear inequality $4 y is less than 3 x minus 2$ , determine if the following ordered pair is a solution to the inequality.
$(\frac{2}{3}, \frac{1}{8})$
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Multiple Choice
Graph the inequality $2 x plus 3 y is less than 6$