density LOCAL WINDS HIGH PRESSURE AREAS FOUND AT 30 DEGREES LATITUDE HORSE LATITUDES SEA BREEZE THE SUN DOLDRUMS dew point DIFFERENCES IN AIR PRESSURE cumulonimbus clouds greenhouse effect barometer sling psychrometer precipitation Coriolis Effect CONVECTION CELL POLAR EASTERLIES conduction ultraviolet rays LAND BREEZE cirrus clouds water vapor and dust JET STREAM LOW PRESSURE AREAS AROUND THE EQUATOR GLOBAL WINDS relative humidity prevailing westerlies anemometer FROM AREAS OF HIGH PRESSURE TO LOW PRESSURE density LOCAL WINDS HIGH PRESSURE AREAS FOUND AT 30 DEGREES LATITUDE HORSE LATITUDES SEA BREEZE THE SUN DOLDRUMS dew point DIFFERENCES IN AIR PRESSURE cumulonimbus clouds greenhouse effect barometer sling psychrometer precipitation Coriolis Effect CONVECTION CELL POLAR EASTERLIES conduction ultraviolet rays LAND BREEZE cirrus clouds water vapor and dust JET STREAM LOW PRESSURE AREAS AROUND THE EQUATOR GLOBAL WINDS relative humidity prevailing westerlies anemometer FROM AREAS OF HIGH PRESSURE TO LOW PRESSURE
(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-density
I-LOCAL WINDS
N-HIGH PRESSURE AREAS FOUND AT 30 DEGREES LATITUDE
I-HORSE LATITUDES
G-SEA BREEZE
G-THE
SUN
N-DOLDRUMS
B-dew point
G-DIFFERENCES IN AIR PRESSURE
O-cumulonimbus clouds
O-greenhouse effect
I-barometer
N-sling psychrometer
O-precipitation
B-Coriolis Effect
B-CONVECTION
CELL
O-POLAR EASTERLIES
N-conduction
I-ultraviolet rays
B-LAND BREEZE
G-cirrus clouds
O-water vapor and dust
I-JET STREAM
B-LOW PRESSURE AREAS AROUND THE EQUATOR
G-GLOBAL WINDS
G-relative humidity
I-prevailing westerlies
N-anemometer
O-FROM AREAS OF HIGH PRESSURE TO LOW PRESSURE