passivetransportthe movement ofparticles acrossa cell membranewithout the useof energycellularrespirationprocess bywhich cells useoxygen toproduce energyfrom foodphloemtransportsfood madewithinplant cellsendocytosisprocess by which acell uses energy tosurround a particleand enclose theparticle in a vesicle tobring the particle intothe cellphotosynthesisprocess inwhich plantsmake theirown foodobtain and useenergy; makenew cells;exchangematerials;eliminate wastefour thingscells can doto maintainhomeostasisaddingnewcellshowmulticellularorganismsgrowsunlight,carbondioxideand waterplants obtainenergy throughphotosynthesisby using theseMitosisa type of celldivision wherea single cellforms twonew cellsskincellthis cellconstantlydivides to placethose that havedied or aredamagedchromosomespackagedDNAhomeostasismaintenanceof a constantinternal statein a changingenvironmentpermeableallowingliquids orgasses topass throughitcarbohydrates,proteins, lipidsthreeclasses offoodmoleculesactivetransportthe movement ofparticles acrossthe cellmembrane thatrequires the cellto use energyxylemandphloemtransportsystem inmanyplantsnervecellthis cellcannotdivide orproduce newcellsxylemtissue thattransports waterand mineralsfrom the roots tothe rest of aplantdiffusionthe movement ofmolecules fromhighconcentrationsto lowconcentrations.exocytosiswhen particlesare enclosedin a vesicleand releasedfrom a cella constantsupply ofenergycellsneed thisto survivecardiovascularsystemthe maintransportsystem inthe humanbodyvesiclea small sac orvacuole withinthe body;used in activetransportosmosisthe diffusion ofwater through asemi-permeablemembranepassivetransportthe movement ofparticles acrossa cell membranewithout the useof energycellularrespirationprocess bywhich cells useoxygen toproduce energyfrom foodphloemtransportsfood madewithinplant cellsendocytosisprocess by which acell uses energy tosurround a particleand enclose theparticle in a vesicle tobring the particle intothe cellphotosynthesisprocess inwhich plantsmake theirown foodobtain and useenergy; makenew cells;exchangematerials;eliminate wastefour thingscells can doto maintainhomeostasisaddingnewcellshowmulticellularorganismsgrowsunlight,carbondioxideand waterplants obtainenergy throughphotosynthesisby using theseMitosisa type of celldivision wherea single cellforms twonew cellsskincellthis cellconstantlydivides to placethose that havedied or aredamagedchromosomespackagedDNAhomeostasismaintenanceof a constantinternal statein a changingenvironmentpermeableallowingliquids orgasses topass throughitcarbohydrates,proteins, lipidsthreeclasses offoodmoleculesactivetransportthe movement ofparticles acrossthe cellmembrane thatrequires the cellto use energyxylemandphloemtransportsystem inmanyplantsnervecellthis cellcannotdivide orproduce newcellsxylemtissue thattransports waterand mineralsfrom the roots tothe rest of aplantdiffusionthe movement ofmolecules fromhighconcentrationsto lowconcentrations.exocytosiswhen particlesare enclosedin a vesicleand releasedfrom a cella constantsupply ofenergycellsneed thisto survivecardiovascularsystemthe maintransportsystem inthe humanbodyvesiclea small sac orvacuole withinthe body;used in activetransportosmosisthe diffusion ofwater through asemi-permeablemembrane

Science Lesson 5 - 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 movement of particles across a cell membrane without the use of energy
    passive transport
  2. process by which cells use oxygen to produce energy from food
    cellular respiration
  3. transports food made within plant cells
    phloem
  4. process by which a cell uses energy to surround a particle and enclose the particle in a vesicle to bring the particle into the cell
    endocytosis
  5. process in which plants make their own food
    photosynthesis
  6. four things cells can do to maintain homeostasis
    obtain and use energy; make new cells; exchange materials; eliminate waste
  7. how multicellular organisms grow
    adding new cells
  8. plants obtain energy through photosynthesis by using these
    sunlight, carbon dioxide and water
  9. a type of cell division where a single cell forms two new cells
    Mitosis
  10. this cell constantly divides to place those that have died or are damaged
    skin cell
  11. packaged DNA
    chromosomes
  12. maintenance of a constant internal state in a changing environment
    homeostasis
  13. allowing liquids or gasses to pass through it
    permeable
  14. three classes of food molecules
    carbohydrates, proteins, lipids
  15. the movement of particles across the cell membrane that requires the cell to use energy
    active transport
  16. transport system in many plants
    xylem and phloem
  17. this cell cannot divide or produce new cells
    nerve cell
  18. tissue that transports water and minerals from the roots to the rest of a plant
    xylem
  19. the movement of molecules from high concentrations to low concentrations.
    diffusion
  20. when particles are enclosed in a vesicle and released from a cell
    exocytosis
  21. cells need this to survive
    a constant supply of energy
  22. the main transport system in the human body
    cardiovascular system
  23. a small sac or vacuole within the body; used in active transport
    vesicle
  24. the diffusion of water through a semi-permeable membrane
    osmosis