Number line: orange line with numbers from -10 to 1.75. Black line with numbers from 1.75 to 10
Nora solved an inequality and graphed the solution on the number line. which of the following inequalities did she solve?
7 answers
The inequality Nora solved and graphed on the number line is not provided in the question. Please provide the inequality in order to determine which one she solved.
Number line: orange line with numbers from -10 to 1.75. Black line with numbers from 1.75 to 10
Nora solved an inequality and graphed the solution on the number line. which of the following inequalities did she solve? Nora marked 1.75 on the number line
Nora solved an inequality and graphed the solution on the number line. which of the following inequalities did she solve? Nora marked 1.75 on the number line
Based on the given information, Nora marked 1.75 on the number line. This means that the inequality she solved must involve the value 1.75.
Therefore, the possible inequality that Nora solved could be either:
1) x ≤ 1.75
2) x ≥ 1.75
These inequalities would result in a number line with an orange line from -10 to 1.75 and a black line from 1.75 to 10.
Therefore, the possible inequality that Nora solved could be either:
1) x ≤ 1.75
2) x ≥ 1.75
These inequalities would result in a number line with an orange line from -10 to 1.75 and a black line from 1.75 to 10.
single answer question
Apologies for the misunderstanding. Based on the information given (orange line with numbers from -10 to 1.75 and black line with numbers from 1.75 to 10), the inequality that Nora solved could be:
x ≤ 1.75
x ≤ 1.75
the options are
4x>7
8x>14
1.75x<3.5
6x<10.5
4x>7
8x>14
1.75x<3.5
6x<10.5
Based on the given number line and the fact that Nora marked 1.75 on the number line, the correct inequality that she solved is:
1.75x<3.5
1.75x<3.5