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