chemicalformulafor nitratelife cycleof anelementa pure substancemade up of atomsof two or moredifferent elementsjoined by chemicalbonds in a fixedratioprocess thatconvertsnitrate tonitrogendioxidhappenswhen bacteriachangesnitrates andnitritesa location thattakes in moremoleculesthan itreleases a series ofevents thatare regularyrepeatedthe rate ( speed)at whichmolecules movebetween thesource, the sinkand reservoircolorless,odorless gasthat makes upa major portionof theatmospherechemicalformula fornitrogendioxidea chemicalcompound thatlacks carbon-hydrogenbondsa particle ofmatter thatuniquelydefines achemicalelementa special processin which plantsuse bacteria andtiny organisms inthe soil to change( fixer) nitrogen sothe plant can use itnitrogen that hasbeen changedfrom its naturalform in the air (N₂)into a form thatplants can use togrow.anything that ismade up of orcomes from livingthings, such asplants, animals,or bacteriaa sink thattakes inmolecules andstores them fora short or longperiod of time chemicalformula forammonianitrogena substancethatprovidesnourishment relating to theatmosphere ofthe earth or(occasionally)another planet. The amount ofnitrogen that isavailable foruptake by livingorganisms two or moreatomsconnectedby chemicalbondsa location(place) thatreleasesmolecules thanit takes in  The continuousmovement ofnitrogen throughthe variousreservoirs andprocesses ingredientsofsomethingchemicalformulafor nitratelife cycleof anelementa pure substancemade up of atomsof two or moredifferent elementsjoined by chemicalbonds in a fixedratioprocess thatconvertsnitrate tonitrogendioxidhappenswhen bacteriachangesnitrates andnitritesa location thattakes in moremoleculesthan itreleases a series ofevents thatare regularyrepeatedthe rate ( speed)at whichmolecules movebetween thesource, the sinkand reservoircolorless,odorless gasthat makes upa major portionof theatmospherechemicalformula fornitrogendioxidea chemicalcompound thatlacks carbon-hydrogenbondsa particle ofmatter thatuniquelydefines achemicalelementa special processin which plantsuse bacteria andtiny organisms inthe soil to change( fixer) nitrogen sothe plant can use itnitrogen that hasbeen changedfrom its naturalform in the air (N₂)into a form thatplants can use togrow.anything that ismade up of orcomes from livingthings, such asplants, animals,or bacteriaa sink thattakes inmolecules andstores them fora short or longperiod of time chemicalformula forammonianitrogena substancethatprovidesnourishment relating to theatmosphere ofthe earth or(occasionally)another planet. The amount ofnitrogen that isavailable foruptake by livingorganisms two or moreatomsconnectedby chemicalbondsa location(place) thatreleasesmolecules thanit takes in  The continuousmovement ofnitrogen throughthe variousreservoirs andprocesses ingredientsofsomething

Nitrogen Cycle - 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. chemical formula for nitrate
  2. life cycle of an element
  3. a pure substance made up of atoms of two or more different elements joined by chemical bonds in a fixed ratio
  4. process that converts nitrate to nitrogen dioxid
  5. happens when bacteria changes nitrates and nitrites
  6. a location that takes in more molecules than it releases
  7. a series of events that are regulary repeated
  8. the rate ( speed) at which molecules move between the source, the sink and reservoir
  9. colorless, odorless gas that makes up a major portion of the atmosphere
  10. chemical formula for nitrogen dioxide
  11. a chemical compound that lacks carbon-hydrogen bonds
  12. a particle of matter that uniquely defines a chemical element
  13. a special process in which plants use bacteria and tiny organisms in the soil to change ( fixer) nitrogen so the plant can use it
  14. nitrogen that has been changed from its natural form in the air (N₂) into a form that plants can use to grow.
  15. anything that is made up of or comes from living things, such as plants, animals, or bacteria
  16. a sink that takes in molecules and stores them for a short or long period of time
  17. chemical formula for ammonia nitrogen
  18. a substance that provides nourishment
  19. relating to the atmosphere of the earth or (occasionally) another planet.
  20. The amount of nitrogen that is available for uptake by living organisms
  21. two or more atoms connected by chemical bonds
  22. a location (place) that releases molecules than it takes in
  23. The continuous movement of nitrogen through the various reservoirs and processes
  24. ingredients of something