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Solve the Inequality $x + 6 < 1$ A) $[ - \sqrt { 3 } , 00 )$

Question 135

Multiple Choice

Solve the inequality. Write the solution set in interval notation and graph the solution set.
- $x + 6 < 1$
$Solve the inequality. Write the solution set in interval notation and graph the solution set. - x + 6 < 1 A) [ - \sqrt { 3 } , 00 ) B) ( - \infty , 7 ) C) ( - \infty , - 5 ] D) ( - \infty , - 5 )$

A) $[ - \sqrt { 3 } , 00 )$
$Solve the inequality. Write the solution set in interval notation and graph the solution set. - x + 6 < 1 A) [ - \sqrt { 3 } , 00 ) B) ( - \infty , 7 ) C) ( - \infty , - 5 ] D) ( - \infty , - 5 )$

B) $( - \infty , 7 )$
$Solve the inequality. Write the solution set in interval notation and graph the solution set. - x + 6 < 1 A) [ - \sqrt { 3 } , 00 ) B) ( - \infty , 7 ) C) ( - \infty , - 5 ] D) ( - \infty , - 5 )$

C) $( - \infty , - 5 ]$
$Solve the inequality. Write the solution set in interval notation and graph the solution set. - x + 6 < 1 A) [ - \sqrt { 3 } , 00 ) B) ( - \infty , 7 ) C) ( - \infty , - 5 ] D) ( - \infty , - 5 )$

D) $( - \infty , - 5 )$
$Solve the inequality. Write the solution set in interval notation and graph the solution set. - x + 6 < 1 A) [ - \sqrt { 3 } , 00 ) B) ( - \infty , 7 ) C) ( - \infty , - 5 ] D) ( - \infty , - 5 )$