Question

For each inequality, choose the statement that describes its solution. If applicable, give the solution. (a) $-5(u+3)+31 > 5(4-u)$ No solution $u < \Box$ $u > \Box$ All real numbers are solutions (b) $4(5-x)+6x \le 16$ No solution $x \le \Box$ $x \ge \Box$ All real numbers are solutions

Name: for each inequality choose the statement that describes its solution if applicable give the solution a 5u331 54 u no solution u box u box all real numbers are solutions b 45 x6x le 16 no sol 58298
Uploaded: 2022-06-14T02:25:38-08:00
Duration: 1 min 36 s
Channel: Kathleen Carty
Description: for each inequality choose the statement that describes its solution if applicable give the solution a 5u331 54 u no solution u box u box all real numbers are solutions b 45 x6x le 16 no sol 58298

          For each inequality, choose the statement that describes its solution.
If applicable, give the solution.

(a) $-5(u+3)+31 > 5(4-u)$
No solution
$u < \Box$
$u > \Box$
All real numbers are solutions

(b) $4(5-x)+6x \le 16$
No solution
$x \le \Box$
$x \ge \Box$
All real numbers are solutions

for each inequality choose the statement that describes its solution if applicable give the solution a 5u331 54 u no solution u box u box all real numbers are solutions b 45 x6x le 16 no sol 58298

Added by Alberto M.

Elementary and Intermediate Algebra

Alan S. Tussy, R. David Gustafson 5th Edition

Instant Answer

Solved by Expert Kathleen Carty

06/14/2022

Step 1

Since the variable $u$ cancelled out and we are left with a false statement, there is no solution to this inequality. Show more…

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For each inequality, choose the statement that describes its solution. If applicable, give the solution. (a) $-5(u+3)+31 > 5(4-u)$ No solution $u < \Box$ $u > \Box$ All real numbers are solutions (b) $4(5-x)+6x \le 16$ No solution $x \le \Box$ $x \ge \Box$ All real numbers are solutions