Polar coordinate system Naval radar Polar equation (r,theta+2npi) Polar distance formula Negative Measured in Positive x=2 Directed angle Origin Pole Directed distances -360* < theta < 360* Basic (r,theta+ (2n+1)180*) Opposite direction Airplanes Terminal side (r, theta +- 2pi) Unique set Polar coordinates Cartesian coordinate system (r, theta) Polar axis Rectangular coordinate system (r, theta +- 360*) y=-3 Polar graph Polar coordinate system Naval radar Polar equation (r,theta+2npi) Polar distance formula Negative Measured in Positive x=2 Directed angle Origin Pole Directed distances -360* < theta < 360* Basic (r,theta+ (2n+1)180*) Opposite direction Airplanes Terminal side (r, theta +- 2pi) Unique set Polar coordinates Cartesian coordinate system (r, theta) Polar axis Rectangular coordinate system (r, theta +- 360*) y=-3 Polar graph
(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-Polar coordinate system
N-Naval radar
O-Polar equation
G-(r,theta+2npi)
I-Polar distance formula
N-Negative
G-Measured in
I-Positive
N-x=2
N-Directed angle
B-Origin
I-Pole
I-Directed distances
B--360* < theta < 360*
I-Basic
O-(r,theta+(2n+1)180*)
B-Opposite direction
O-Airplanes
O-Terminal side
B-(r, theta +- 2pi)
O-Unique set
G-Polar coordinates
I-Cartesian coordinate system
G-(r, theta)
N-Polar axis
G-Rectangular coordinate system
O-(r, theta +- 360*)
G-y=-3
B-Polar graph