1. Find the distance between (-7, 6) and (4, 6). 2. Graph the solution of the inequality. x + 3 < 6 on a number line. 3. Graph the solution of the inequality. 1/2x > 4 on a number line. 4. The table shows the changes in the value of a toy on a websit over a period of three weeks. Duringwhich week does the value of the toy change the most? Week 1 2 3 Change (dollars) 6.50 -5.50 -6.75 5. A map of a farm is shown in a coordinate plane in which the coordinates are measured in yards. The mapshows the barn at (-1, 2). A well is dug at (-1, y). What aretwo values of y such that the barn is 50 yards from the well? 6. Graph the numbers that are solutions to both x + 1 < 9 and 4x less than or equal to 8 on a number line. 7. A large bowl can hold 3.5 pints. A smaller bowl can hold less than 60% of this amount. Graph the possible ammounts, in quarts, that can be held by the smaller bowl on a number line.
1. Find the distance between (-7, 6) and (4, 6).
2. Graph the solution of the inequality. x + 3 < 6 on a number line.
3. Graph the solution of the inequality. 1/2x > 4 on a number line.
4. The table shows the changes in the value of a
toy on a websit over a period of three weeks. During
which week does the value of the toy change the most?
| Week | 1 | 2 | 3 |
| Change (dollars) | 6.50 | -5.50 | -6.75 |
5. A map of a farm is shown in a coordinate plane in
which the coordinates are measured in yards. The map
shows the barn at (-1, 2). A well is dug at (-1, y). What are
two values of y such that the barn is 50 yards from the well?
6. Graph the numbers that are solutions to both x + 1 < 9 and
4x less than or equal to 8 on a number line.
7. A large bowl can hold 3.5 pints. A smaller bowl can hold less
than 60% of this amount. Graph the possible ammounts, in quarts,
that can be held by the smaller bowl on a number line.
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