A system ofinequalitiesinvolvesshadedregions.x + y < 50x < 24y < 40 FalseStep 1: Graph the lines Step 2: Test points tofind where to shade Step 3: Identify wherethe shaded regionsoverlapIf a point isin thefeasibleregion, it is asolution.25x +12y Maximize$480TrueNoSolutionMin:(0, 15) The feasibleregion iswhere all theshadingoverlaps. DA, D,GA(-3,0) (2, 0)and(12, 0)Max:(5, 0)No5 pots40plates x + y <8x - y > 6A, B,C, D(2,6)Quadrant1x > 0y > 0MaximumProfit =$605A system ofinequalitiesinvolvesshadedregions.x + y < 50x < 24y < 40 FalseStep 1: Graph the lines Step 2: Test points tofind where to shade Step 3: Identify wherethe shaded regionsoverlapIf a point isin thefeasibleregion, it is asolution.25x +12y Maximize$480TrueNoSolutionMin:(0, 15) The feasibleregion iswhere all theshadingoverlaps.DA, D,GA(-3,0) (2, 0)and(12, 0)Max:(5, 0)No5 pots40plates x + y <8x - y > 6A, B,C, D(2,6)Quadrant1x > 0y > 0MaximumProfit =$605

Algebra II Review - Call List

(Print) Use this randomly generated list as your call list when playing the game. There is no need to say the BINGO column name. Place some kind of mark (like an X, a checkmark, a dot, tally mark, etc) on each cell as you announce it, to keep track. You can also cut out each item, place them in a bag and pull words from the bag.


1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
  1. A system of inequalities involves shaded regions.
  2. x + y < 50 x < 24 y < 40
  3. False
  4. Step 1: Graph the lines Step 2: Test points to find where to shade Step 3: Identify where the shaded regions overlap
  5. If a point is in the feasible region, it is a solution.
  6. 25x +12y Maximize
  7. $480
  8. True
  9. No Solution
  10. Min: (0, 15)
  11. The feasible region is where all the shading overlaps.
  12. D
  13. A, D, G
  14. A
  15. (-3, 0)
  16. (2, 0) and (12, 0)
  17. Max: (5, 0)
  18. No
  19. 5 pots 40 plates
  20. x + y < 8 x - y > 6
  21. A, B, C, D
  22. (2, 6)
  23. Quadrant 1 x > 0 y > 0
  24. Maximum Profit = $605