Which of the following values are solutions to the inequality −10≤2x+10 ?I. −13II. −2III. −10NoneI onlyII onlyIII onlyI and III and IIIII and IIII, II and III
Q. Which of the following values are solutions to the inequality −10≤2x+10 ?I. −13II. −2III. −10NoneI onlyII onlyIII onlyI and III and IIIII and IIII, II and III
Understand and Isolate x: Understand the inequality and isolate x. The inequality given is −10≤2x+10. To find the solutions for x, we need to isolate x on one side of the inequality. Subtract 10 from both sides of the inequality to isolate the term with x. −10−10≤2x+10−10−20≤2x Now, divide both sides by 2 to solve for x. −20/2≤2x/2−10≤x This means that any value of x that is greater than or equal to −10 is a solution to the inequality.
Test −13: Test the first value, I. −13. We need to check if x=−13 is a solution to the inequality −10≤x. −13 is not greater than or equal to −10. Therefore, −13 is not a solution to the inequality.
Test −2: Test the second value, II. −2.We need to check if x=−2 is a solution to the inequality −10≤x.−2 is greater than −10.Therefore, −2 is a solution to the inequality.
Test −10: Test the third value, III. −10.We need to check if x=−10 is a solution to the inequality −10≤x.−10 is equal to −10.Therefore, −10 is a solution to the inequality.
Combine Results: Combine the results from Steps 2, 3, and 4 to find the correct answer.From Step 2, we found that −13 is not a solution.From Step 3, we found that −2 is a solution.From Step 4, we found that −10 is a solution.The correct answer is that the values −2 and −10 are solutions to the inequality.