f(x)=2^x f(x)=c Domain: [0,∞) Free! Has no real roots Graph decreases as x approaches zero Range is [0, ∞) Graph passes through (1,0) Approaches 0 but never touches the x-axis No x- intercept Straight line through the origin Opens upwards f(x)=x^2 f(x)=log(x) Parabola with vertex at origin Horizontal Asymptote Maximum at the vertex Free! No Variable Symmetry about the y-axis Has a point of inflection at the origin Defined for x>0 Domain (-∞, ∞) Graph is straight line with slope of 1 Starts at (0,0) f(x)=2^x f(x)=c Domain: [0,∞) Free! Has no real roots Graph decreases as x approaches zero Range is [0, ∞) Graph passes through (1,0) Approaches 0 but never touches the x-axis No x- intercept Straight line through the origin Opens upwards f(x)=x^2 f(x)=log(x) Parabola with vertex at origin Horizontal Asymptote Maximum at the vertex Free! No Variable Symmetry about the y-axis Has a point of inflection at the origin Defined for x>0 Domain (-∞, ∞) Graph is straight line with slope of 1 Starts at (0,0)
(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.
f(x)=2^x
f(x)=c
Domain: [0,∞)
Free!
Has no real roots
Graph decreases as x approaches zero
Range is [0, ∞)
Graph passes through (1,0)
Approaches 0 but never touches the x-axis
No x-intercept
Straight line through the origin
Opens upwards
f(x)=x^2
f(x)=log(x)
Parabola with vertex at origin
Horizontal Asymptote
Maximum at the vertex
Free!
No Variable
Symmetry about the y-axis
Has a point of inflection at the origin
Defined for x>0
Domain (-∞, ∞)
Graph is straight line with slope of 1
Starts at (0,0)