y = -3sin[2(x - 90)] + 5 y = 2sin[3(x - 180)] + 1 y = 6cos[2(x - 120)] - 2 y = 5sin(x + 120) - 1 y = 4cos[1/2(x - 90)] + 3 y = -4sin[3(x + 90)] - 3 y = sin[6(x + 180)] + 7 y = 6sin[2(x - 45)] + 2 y = -2sin[4(x + 180)] + 3 y = 5sin[5(x - 45)] + 6 y = 2sin[5(x + 180)] - 4 y = -3cos[3(x + 45)] - 6 y = -1/2cos[6(x + 180)] + 4 y = -6cos[1/2(x - 90)] + 3 y = -5sin[2(x + 60)] + 1 y = 6cos[3(x + 90)] + 8 y = 7cos[4(x - 45)] + 5 y = 3sin(x - 30) + 2 y = 3cos[1/3(x - 180)] + 2 y = 8sin[1/2(x - 180)] + 5 y = 1/2sin[3(x + 45)] + 4 y = -5cos[3(x - 90)] - 2 y = 7cos[2(x + 90)] - 5 y = -6sin[4(x + 60)] - 4 y = -4cos(x + 60) - 1 y = 4sin[4(x + 90)] + 2 y = - cos[4(x - 180)] - 6 y = 3sin[3(x - 180)] + 6 y = -1/2cos[6(x - 90)] + 5 y = 2cos[5(x - 90)] + 7 y = 5sin[2(x - 90)] + 4 y = -2cos[6(x - 180)] - 1 y = 4cos[3(x - 60)] - 2 y = -1/2sin[2(x + 180)] - 4 y = -6cos[3(x + 90)] - 2 y = 8cos[2(x - 180)] + 6 y = 2cos[1/3(x + 270)] + 1 y = -4sin[1/2(x + 90)] + 1 y = 4sin[6(x - 90)] + 3 y = 6cos[2(x + 45)] - 3 y = -2cos(x - 150) + 4 y = 7sin[1/2(x - 90)] + 3 y = 4cos[4(x - 30)] - 2 y = 3cos[4(x + 270)] - 4 y = 5sin[3(x + 45)] + 6 y = 1/2cos[3(x + 90)] - 4 y = 1/2cos[3(x + 180)] - 3 y = 3cos[2(x - 30)] + 4 y = -3sin[1/2(x + 180)] + 5 y = 5cos[4(x - 30)] + 2 y = -3sin[2(x - 90)] + 5 y = 2sin[3(x - 180)] + 1 y = 6cos[2(x - 120)] - 2 y = 5sin(x + 120) - 1 y = 4cos[1/2(x - 90)] + 3 y = -4sin[3(x + 90)] - 3 y = sin[6(x + 180)] + 7 y = 6sin[2(x - 45)] + 2 y = -2sin[4(x + 180)] + 3 y = 5sin[5(x - 45)] + 6 y = 2sin[5(x + 180)] - 4 y = -3cos[3(x + 45)] - 6 y = -1/2cos[6(x + 180)] + 4 y = -6cos[1/2(x - 90)] + 3 y = -5sin[2(x + 60)] + 1 y = 6cos[3(x + 90)] + 8 y = 7cos[4(x - 45)] + 5 y = 3sin(x - 30) + 2 y = 3cos[1/3(x - 180)] + 2 y = 8sin[1/2(x - 180)] + 5 y = 1/2sin[3(x + 45)] + 4 y = -5cos[3(x - 90)] - 2 y = 7cos[2(x + 90)] - 5 y = -6sin[4(x + 60)] - 4 y = -4cos(x + 60) - 1 y = 4sin[4(x + 90)] + 2 y = - cos[4(x - 180)] - 6 y = 3sin[3(x - 180)] + 6 y = -1/2cos[6(x - 90)] + 5 y = 2cos[5(x - 90)] + 7 y = 5sin[2(x - 90)] + 4 y = -2cos[6(x - 180)] - 1 y = 4cos[3(x - 60)] - 2 y = -1/2sin[2(x + 180)] - 4 y = -6cos[3(x + 90)] - 2 y = 8cos[2(x - 180)] + 6 y = 2cos[1/3(x + 270)] + 1 y = -4sin[1/2(x + 90)] + 1 y = 4sin[6(x - 90)] + 3 y = 6cos[2(x + 45)] - 3 y = -2cos(x - 150) + 4 y = 7sin[1/2(x - 90)] + 3 y = 4cos[4(x - 30)] - 2 y = 3cos[4(x + 270)] - 4 y = 5sin[3(x + 45)] + 6 y = 1/2cos[3(x + 90)] - 4 y = 1/2cos[3(x + 180)] - 3 y = 3cos[2(x - 30)] + 4 y = -3sin[1/2(x + 180)] + 5 y = 5cos[4(x - 30)] + 2
(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.
y = -3sin[2(x - 90)] + 5
y = 2sin[3(x - 180)] + 1
y = 6cos[2(x - 120)] - 2
y = 5sin(x + 120) - 1
y = 4cos[1/2(x - 90)] + 3
y = -4sin[3(x + 90)] - 3
y = sin[6(x + 180)] + 7
y = 6sin[2(x - 45)] + 2
y = -2sin[4(x + 180)] + 3
y = 5sin[5(x - 45)] + 6
y = 2sin[5(x + 180)] - 4
y = -3cos[3(x + 45)] - 6
y = -1/2cos[6(x + 180)] + 4
y = -6cos[1/2(x - 90)] + 3
y = -5sin[2(x + 60)] + 1
y = 6cos[3(x + 90)] + 8
y = 7cos[4(x - 45)] + 5
y = 3sin(x - 30) + 2
y = 3cos[1/3(x - 180)] + 2
y = 8sin[1/2(x - 180)] + 5
y = 1/2sin[3(x + 45)] + 4
y = -5cos[3(x - 90)] - 2
y = 7cos[2(x + 90)] - 5
y = -6sin[4(x + 60)] - 4
y = -4cos(x + 60) - 1
y = 4sin[4(x + 90)] + 2
y = -cos[4(x - 180)] - 6
y = 3sin[3(x - 180)] + 6
y = -1/2cos[6(x - 90)] + 5
y = 2cos[5(x - 90)] + 7
y = 5sin[2(x - 90)] + 4
y = -2cos[6(x - 180)] - 1
y = 4cos[3(x - 60)] - 2
y = -1/2sin[2(x + 180)] - 4
y = -6cos[3(x + 90)] - 2
y = 8cos[2(x - 180)] + 6
y = 2cos[1/3(x + 270)] + 1
y = -4sin[1/2(x + 90)] + 1
y = 4sin[6(x - 90)] + 3
y = 6cos[2(x + 45)] - 3
y = -2cos(x - 150) + 4
y = 7sin[1/2(x - 90)] + 3
y = 4cos[4(x - 30)] - 2
y = 3cos[4(x + 270)] - 4
y = 5sin[3(x + 45)] + 6
y = 1/2cos[3(x + 90)] - 4
y = 1/2cos[3(x + 180)] - 3
y = 3cos[2(x - 30)] + 4
y = -3sin[1/2(x + 180)] + 5
y = 5cos[4(x - 30)] + 2