1) 7 < 3 – 2x 2) 8(x-1) - 1 < 6x - 1

3) 9x + 1 > 2x - 1
4

4) 8y - 3y + 1 < 29

5) 3x + 1 > 2x + 7

6) -7y - 4 < 6 + 2y

7) x - 1 < x + 3
xx3 2

8) 2x - 1 > 4 - 1/2x

9) 8x < 5(2x+4)

10) -3y - 6 < 3(7+2y)

11) 4 - 5(y - 2) < -2(-9 + 2y)

12) 12 (1/4 + x/3) > 15

13) -3 (4x - 8 ) > 2( 3 + 2x)

14) 5x < 10 + 2(3x - 4)

15) -8h + 5 > -23

The number if marbles of different colors stored in a hat is listed below: 4 red marbles 10 green marbles 7 blue marbles. without looking in the hat, dan takes out a marble at random. he replaces the marble and then takes out another marble from the hat. what is the probability that dan takes out a blue marble in both draws?

What is the prime factorization of 230

Tom is the deli manager at a grocery store. he needs to schedule employee to staff the deli department for no more that 260 person-hours per week. tom has one part-time employee who works 20 person-hours per week. each full-time employee works 40 person-hours per week. write and inequality to determine n, the number of full-time employees tom may schedule, so that his employees work on more than 260 person-hours per week. graph the solution set to this inequality.