HOW THEROCKCYCLEWORKSMagma sent to the Earth'ssurface cools & hardens toform an igneous rock. Therock breaks into smallpieces of sediment &slowly build and hardensinto sedimentary rock. Therock goes deep into thearth's crust Heat &pressure get intense, the3%Thedistributionof freshwater onEarthINNERCOREThe deepestlayer onEarth, madeup of iron &nickelTOPOGRAPHICMAPSThese havecontour lines toshow elevation,relief, andslope.RAIN FALLS FROMCLOUDS & FORMSSTREAMS & RIVERSTHAT PROVIDEDRINKING WATERFOR HUMANS,PLANTS & WILDLIFEHow theEarth'sspheresinteractBIOSPHEREThe parts ofearth thatcontain alllivingorganismsOUTERCORELiquid iron &nickel layerthat liesbeneath themantleCONVECTIONCURRENTSCarry hot, solidrock of themantle outwardand cooled,solid rockinwardPROPERTIESOFMINERALSColor,hardness,luster,density,cleavageMINERALA naturallyoccurring solid,inorganicsubstance that hasa crystallinestructureAERIALPHOTOGRAPHYPhotographstaken bycamerasmounted inairplanesThe ability ofa mineral toresist beingscratchedHARDNESSGEOSPHEREThe part ofEarthcontainingrocks &mineralsFORM WHENEXISTINGROCKS ARECHANGED BYHEAT &PRESSUREMetamorphicRocksCRYSTALTheexternalshape ofa mineralSEDIMENTARYROCKLayeredrock suchaslimestoneTHE ROCKJUSTBELOW THEEARTH'SCRUSTTheMantleCHARACTERSOF MINERALSA solid, naturallyoccurring, forms byinorganic processes,crystal structure, anda definite chemicalcomposition.CRYOSPHEREThe frozenpart of thehydrosphereIGNEOUSROCKSolidifiesfrom moltenrock deepinside EarthATMOSPHEREThe thinenvelope ofgases thatforms earth'souter layerSATELLITEIMAGERYMaps of Earthusingcomputers thatinterpretsatelliteimageryTHECRUSTThe rockthat formsEarth'souter layerThe way thata mineralbreaks alongsmooth flatplanes.CLEAVAGEHOW THEROCKCYCLEWORKSMagma sent to the Earth'ssurface cools & hardens toform an igneous rock. Therock breaks into smallpieces of sediment &slowly build and hardensinto sedimentary rock. Therock goes deep into thearth's crust Heat &pressure get intense, the3%Thedistributionof freshwater onEarthINNERCOREThe deepestlayer onEarth, madeup of iron &nickelTOPOGRAPHICMAPSThese havecontour lines toshow elevation,relief, andslope.RAIN FALLS FROMCLOUDS & FORMSSTREAMS & RIVERSTHAT PROVIDEDRINKING WATERFOR HUMANS,PLANTS & WILDLIFEHow theEarth'sspheresinteractBIOSPHEREThe parts ofearth thatcontain alllivingorganismsOUTERCORELiquid iron &nickel layerthat liesbeneath themantleCONVECTIONCURRENTSCarry hot, solidrock of themantle outwardand cooled,solid rockinwardPROPERTIESOFMINERALSColor,hardness,luster,density,cleavageMINERALA naturallyoccurring solid,inorganicsubstance that hasa crystallinestructureAERIALPHOTOGRAPHYPhotographstaken bycamerasmounted inairplanesThe ability ofa mineral toresist beingscratchedHARDNESSGEOSPHEREThe part ofEarthcontainingrocks &mineralsFORM WHENEXISTINGROCKS ARECHANGED BYHEAT &PRESSUREMetamorphicRocksCRYSTALTheexternalshape ofa mineralSEDIMENTARYROCKLayeredrock suchaslimestoneTHE ROCKJUSTBELOW THEEARTH'SCRUSTTheMantleCHARACTERSOF MINERALSA solid, naturallyoccurring, forms byinorganic processes,crystal structure, anda definite chemicalcomposition.CRYOSPHEREThe frozenpart of thehydrosphereIGNEOUSROCKSolidifiesfrom moltenrock deepinside EarthATMOSPHEREThe thinenvelope ofgases thatforms earth'souter layerSATELLITEIMAGERYMaps of Earthusingcomputers thatinterpretsatelliteimageryTHECRUSTThe rockthat formsEarth'souter layerThe way thata mineralbreaks alongsmooth flatplanes.CLEAVAGE

GEOLOGY - 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. Magma sent to the Earth's surface cools & hardens to form an igneous rock. The rock breaks into small pieces of sediment & slowly build and hardens into sedimentary rock. The rock goes deep into th earth's crust Heat & pressure get intense, the
    HOW THE ROCK CYCLE WORKS
  2. The distribution of fresh water on Earth
    3%
  3. The deepest layer on Earth, made up of iron & nickel
    INNER CORE
  4. These have contour lines to show elevation, relief, and slope.
    TOPOGRAPHIC MAPS
  5. How the Earth's spheres interact
    RAIN FALLS FROM CLOUDS & FORMS STREAMS & RIVERS THAT PROVIDE DRINKING WATER FOR HUMANS, PLANTS & WILDLIFE
  6. The parts of earth that contain all living organisms
    BIOSPHERE
  7. Liquid iron & nickel layer that lies beneath the mantle
    OUTER CORE
  8. Carry hot, solid rock of the mantle outward and cooled, solid rock inward
    CONVECTION CURRENTS
  9. Color, hardness,luster, density, cleavage
    PROPERTIES OF MINERALS
  10. A naturally occurring solid, inorganic substance that has a crystalline structure
    MINERAL
  11. Photographs taken by cameras mounted in airplanes
    AERIAL PHOTOGRAPHY
  12. HARDNESS
    The ability of a mineral to resist being scratched
  13. The part of Earth containing rocks & minerals
    GEOSPHERE
  14. Metamorphic Rocks
    FORM WHEN EXISTING ROCKS ARE CHANGED BY HEAT & PRESSURE
  15. The external shape of a mineral
    CRYSTAL
  16. Layered rock such as limestone
    SEDIMENTARY ROCK
  17. The Mantle
    THE ROCK JUST BELOW THE EARTH'S CRUST
  18. A solid, naturally occurring, forms by inorganic processes, crystal structure, and a definite chemical composition.
    CHARACTERS OF MINERALS
  19. The frozen part of the hydrosphere
    CRYOSPHERE
  20. Solidifies from molten rock deep inside Earth
    IGNEOUS ROCK
  21. The thin envelope of gases that forms earth's outer layer
    ATMOSPHERE
  22. Maps of Earth using computers that interpret satellite imagery
    SATELLITE IMAGERY
  23. The rock that forms Earth's outer layer
    THE CRUST
  24. CLEAVAGE
    The way that a mineral breaks along smooth flat planes.