Point of tangency Vertex Ellipse (x- h)^2=4p(y- k) Axis of symmetry Parabola Directrix degenerate hyperbola y=k- p Parabola that opens vertically to the right p<0 (h,k+p) Circle Distance formula degenerate conics x=h- p degenerate parabola Parabola that opens Horizontally to the left Conic sections y=k degenerate ellipse Focus Parabola that opens vertically to the left Hyperbola Locus Point slope form p>0 Standard form (h,k) Parabola that opens Horizontally to the right Point of tangency Vertex Ellipse (x- h)^2=4p(y- k) Axis of symmetry Parabola Directrix degenerate hyperbola y=k- p Parabola that opens vertically to the right p<0 (h,k+p) Circle Distance formula degenerate conics x=h- p degenerate parabola Parabola that opens Horizontally to the left Conic sections y=k degenerate ellipse Focus Parabola that opens vertically to the left Hyperbola Locus Point slope form p>0 Standard form (h,k) Parabola that opens Horizontally to the right
(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.
Point of tangency
Vertex
Ellipse
(x-h)^2=4p(y-k)
Axis of symmetry
Parabola
Directrix
degenerate hyperbola
y=k-p
Parabola that opens vertically to the right
p<0
(h,k+p)
Circle
Distance formula
degenerate conics
x=h-p
degenerate parabola
Parabola that opens Horizontally to the left
Conic sections
y=k
degenerate ellipse
Focus
Parabola that opens vertically to the left
Hyperbola
Locus
Point slope form
p>0
Standard form
(h,k)
Parabola that opens Horizontally to the right