the warm airmass getsstuck abovethe two coldair masseswinds arecaused bythe unevenheating ofthe earthoccludedfronts canbringheavy rainthe wordoccludedmeansblocked offhigh pressuresystemsbring clearsunnyweatherthere are 4main typesof weatherfrontsas it movetowards thepole aircools downand sinksa cold fronthappenswhen cold airmass movesinto an areaair spinscounterclockwisein a low pressuresystemweather frontis theboundarybetween twoair massesareas nearthe equatorare warmerlow pressuresystemsbring cloudyrainyweatherweatheris difficultto predictwarm airrises andcold airsinksscientistspredict theweatherusingprobabilityan occludedfront formswhen an airmass becomesseparatedan air mass isa large bodyof air with thesame tempand humiditywhen a coldfront passesthrough an areathe temperaturedropsprevailingwinds blow inone directionover a certainregionwhen airmasses collidewe get dramaticchanges inweatherair massestake on thecharacteristicsof the regionsthey form init sweepsinto the areaand pushesthe warm airmass upwarm frontsusuallyprovidelighter rainair massescan movefrom theareas theyform inair spinsclockwise ina highpressuresystema warm front iswhen a warmair massovertakes acold air masswarm airrises neartheequatorair massescan be cool,warm,humid, or dryareas nearthe poles getsunlight at alow anglewinds cantravel indifferentdirections indifferent heightsin astationaryfront thewinds arelightbecause theboundary at acold front is sosteep bigclouds can formwarm airrises overcold air but ithappens at agentle angleoceancurrentsaffectweather toothe warm airmass getsstuck abovethe two coldair masseswinds arecaused bythe unevenheating ofthe earthoccludedfronts canbringheavy rainthe wordoccludedmeansblocked offhigh pressuresystemsbring clearsunnyweatherthere are 4main typesof weatherfrontsas it movetowards thepole aircools downand sinksa cold fronthappenswhen cold airmass movesinto an areaair spinscounterclockwisein a low pressuresystemweather frontis theboundarybetween twoair massesareas nearthe equatorare warmerlow pressuresystemsbring cloudyrainyweatherweatheris difficultto predictwarm airrises andcold airsinksscientistspredict theweatherusingprobabilityan occludedfront formswhen an airmass becomesseparatedan air mass isa large bodyof air with thesame tempand humiditywhen a coldfront passesthrough an areathe temperaturedropsprevailingwinds blow inone directionover a certainregionwhen airmasses collidewe get dramaticchanges inweatherair massestake on thecharacteristicsof the regionsthey form init sweepsinto the areaand pushesthe warm airmass upwarm frontsusuallyprovidelighter rainair massescan movefrom theareas theyform inair spinsclockwise ina highpressuresystema warm front iswhen a warmair massovertakes acold air masswarm airrises neartheequatorair massescan be cool,warm,humid, or dryareas nearthe poles getsunlight at alow anglewinds cantravel indifferentdirections indifferent heightsin astationaryfront thewinds arelightbecause theboundary at acold front is sosteep bigclouds can formwarm airrises overcold air but ithappens at agentle angleoceancurrentsaffectweather too

Untitled Bingo - Call List

(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.


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  1. the warm air mass gets stuck above the two cold air masses
  2. winds are caused by the uneven heating of the earth
  3. occluded fronts can bring heavy rain
  4. the word occluded means blocked off
  5. high pressure systems bring clear sunny weather
  6. there are 4 main types of weather fronts
  7. as it move towards the pole air cools down and sinks
  8. a cold front happens when cold air mass moves into an area
  9. air spins counterclockwise in a low pressure system
  10. weather front is the boundary between two air masses
  11. areas near the equator are warmer
  12. low pressure systems bring cloudy rainy weather
  13. weather is difficult to predict
  14. warm air rises and cold air sinks
  15. scientists predict the weather using probability
  16. an occluded front forms when an air mass becomes separated
  17. an air mass is a large body of air with the same temp and humidity
  18. when a cold front passes through an area the temperature drops
  19. prevailing winds blow in one direction over a certain region
  20. when air masses collide we get dramatic changes in weather
  21. air masses take on the characteristics of the regions they form in
  22. it sweeps into the area and pushes the warm air mass up
  23. warm fronts usually provide lighter rain
  24. air masses can move from the areas they form in
  25. air spins clockwise in a high pressure system
  26. a warm front is when a warm air mass overtakes a cold air mass
  27. warm air rises near the equator
  28. air masses can be cool, warm, humid, or dry
  29. areas near the poles get sunlight at a low angle
  30. winds can travel in different directions in different heights
  31. in a stationary front the winds are light
  32. because the boundary at a cold front is so steep big clouds can form
  33. warm air rises over cold air but it happens at a gentle angle
  34. ocean currents affect weather too