x = 8 y = -4 (6, -2) x = -1 y = 1 $40 - x = Spent ┴ m = 1/5 Maximum of 7 x = 4 yd x ≥ 7 n = - 1/2 m y = -2x + 23= -5 x = 10in x ≥10 xi = 4 yi = -16 m = 3 yi = -6 (-1, 1) m = -8/3 || m = -8/3 ┴ m = No Solution 23 x = 10 b> 20 or b < -4 -4 < m < 4 -33 # min = 60h $110.00 m A = 8 m b = -8 Not Parallel x ≤ 6 x = 2 y = -7 (3, -2) (0,3) xi = -4 yi = 20/9 x ≥ 25 (-7, -7) m A = -5 m B = 5 Crossing x≤ 5 (1,6) (-4, 18) x≤ 30 x= -5 y = 7 x = 2 x = 0 x = 6 x = 6 (7, -1) x = 13/6 x= - 1/2 3G 10 x = 8 y = -4 (6, -2) x = -1 y = 1 $40 - x = Spent ┴ m = 1/5 Maximum of 7 x = 4 yd x ≥ 7 n = - 1/2 m y = -2x + 23= -5 x = 10in x ≥10 xi = 4 yi = -16 m = 3 yi = -6 (-1, 1) m = -8/3 || m = -8/3 ┴ m = No Solution 23 x = 10 b> 20 or b < -4 -4 < m < 4 -33 # min = 60h $110.00 m A = 8 m b = -8 Not Parallel x ≤ 6 x = 2 y = -7 (3, -2) (0,3) xi = -4 yi = 20/9 x ≥ 25 (-7, -7) m A = -5 m B = 5 Crossing x≤ 5 (1,6) (-4, 18) x≤ 30 x= -5 y = 7 x = 2 x = 0 x = 6 x = 6 (7, -1) x = 13/6 x= - 1/2 3G 10
(Print) Use this randomly generated list as your call list when playing the game. 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.
B-x = 8
y = -4
G-(6, -2)
B-x = -1
y = 1
N-$40 - x = Spent
G-┴ m = 1/5
O-
I-Maximum of 7
N-x = 4 yd
O-
I-x ≥ 7
N-n = - 1/2
G-m y = -2x + 23= -5
N-x = 10in
I-x ≥10
G-xi = 4
yi = -16
G-m = 3
yi = -6
B-(-1, 1)
G-m = -8/3
|| m = -8/3
┴ m =
O-No Solution
O-23
N-x = 10
O-b> 20
or b < -4
O--4 < m < 4
O--33
N-# min = 60h
I-$110.00
G-m A = 8
m b = -8
Not Parallel
I-x ≤ 6
B-x = 2
y = -7
B-(3, -2)
B-(0,3)
G-xi = -4
yi = 20/9
I-x ≥ 25
B-(-7, -7)
G-m A = -5
m B = 5
Crossing
I-x≤ 5
B-(1,6)
G-(-4, 18)
I-x≤ 30
O-
B-x= -5
y = 7
N-x = 2
N-x = 0
N-x = 6
N-x = 6
B-(7, -1)
O-
O-x = 13/6
x= - 1/2
I-3G
I-10