-360* < theta < 360* Rectangular coordinate system Origin x=2 (r, theta) Cartesian coordinate system Pole Unique set y=-3 Airplanes Positive Basic Polar axis Terminal side (r,theta+2npi) Polar coordinate system (r,theta+ (2n+1)180*) Directed distances Negative Polar equation Opposite direction (r, theta +- 360*) Polar coordinates Polar graph (r, theta +- 2pi) Directed angle Measured in Naval radar Polar distance formula -360* < theta < 360* Rectangular coordinate system Origin x=2 (r, theta) Cartesian coordinate system Pole Unique set y=-3 Airplanes Positive Basic Polar axis Terminal side (r,theta+2npi) Polar coordinate system (r,theta+ (2n+1)180*) Directed distances Negative Polar equation Opposite direction (r, theta +- 360*) Polar coordinates Polar graph (r, theta +- 2pi) Directed angle Measured in Naval radar Polar distance formula
(Print) Use this randomly generated list as your call list when playing the game. 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.
B--360* < theta < 360*
G-Rectangular coordinate system
B-Origin
N-x=2
G-(r, theta)
I-Cartesian coordinate system
I-Pole
O-Unique set
G-y=-3
O-Airplanes
I-Positive
I-Basic
N-Polar axis
O-Terminal side
G-(r,theta+2npi)
B-Polar coordinate system
O-(r,theta+(2n+1)180*)
I-Directed distances
N-Negative
O-Polar equation
B-Opposite direction
O-(r, theta +- 360*)
G-Polar coordinates
B-Polar graph
B-(r, theta +- 2pi)
N-Directed angle
G-Measured in
N-Naval radar
I-Polar distance formula