Odd Degree remainder theorem Quotient -4x^2- x+4, remainder 4 Constant 2x^2+6x+1, remainder -4 Dividend Even function x- intercepts 3x^2+9x+2 Leading Coefficient Even Degree -4x^2+5x+12, remainder 1 Remainder Odd Function Quartic 4x^2- 6x+8, remainder -2 Multiplicity of 2 Division Algorithm Absolute Minimum Linear Local Minimum Quintic 8x^2- 7x+2, remainder 3 Concave Up Local Maximum Turning Points Odd Degree remainder theorem Quotient -4x^2- x+4, remainder 4 Constant 2x^2+6x+1, remainder -4 Dividend Even function x- intercepts 3x^2+9x+2 Leading Coefficient Even Degree -4x^2+5x+12, remainder 1 Remainder Odd Function Quartic 4x^2- 6x+8, remainder -2 Multiplicity of 2 Division Algorithm Absolute Minimum Linear Local Minimum Quintic 8x^2- 7x+2, remainder 3 Concave Up Local Maximum Turning Points
(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.
Odd Degree
remainder theorem
Quotient
-4x^2-x+4, remainder 4
Constant
2x^2+6x+1, remainder -4
Dividend
Even function
x-intercepts
3x^2+9x+2
Leading Coefficient
Even Degree
-4x^2+5x+12, remainder 1
Remainder
Odd Function
Quartic
4x^2-6x+8, remainder -2
Multiplicity of 2
Division Algorithm
Absolute Minimum
Linear
Local Minimum
Quintic
8x^2-7x+2, remainder 3
Concave Up
Local Maximum
Turning Points