RibosomesOrganellethatcreatesproteins.HomeostasisState of steadyinternalconditions.AKAequilibirumDecomposerOrganism thatrecycles matterand energyback into anecosystem.DependentVariableWill changebased on whatthe scientistdecides to varyin theexperimentDenaturationWhen anenzyme losesits shape andcannotfunction.O2Somethingneeded tomake ATP(energy).IndependentVariableThing thatthe scientistchanges inanexperiment.AutotrophCan makeits ownfood. AKAproducerUterusFertilizedeggimplantshere.AminoAcidsSubunitthatmakes upproteinsCO2Somethingneeded toconductphotosynthesis.NucleicAcidsSubunitthat makesup DNAand RNAEnzymeProtein usedto speed upchemicalreactions.HeterotrophNeeds to eatotherorganisms forenergy. AKAconsumer.FallopianTubeEgg travelsthrough thisto get to theuterus.CellularRespirationProcess bywhich all cellsbreak downsugar to createATP (energy).EcosystemAll of the livingand nonlivingthings thatinteract in aspecific area.PassiveTransportDoes notneed ATPto occur.NucleusOrganellethat holdsthe DNABiodiversityVariety ofspecies inan area.AbioticNonlivingparts of anecosystem.DiffusionMovement ofparticles fromhighconcentrationto lowconcentration.AntibodyProteinsproduced bythe immunesystemPhotosynthesisProcess bywhich plantcells usesunlight tocreate sugar.SunlightEnergysupply fora foodweb.SimpleSugarsSubunit thatmakes upcarbohydrates.AsexualReproduction1 parentcreatesidenticaloffspring.MitochondriaOrganellethatproducesATP.NicheSpecific roleplayed by anorganism inanecosystem.BioticLiving partsof anecosystem.SexualReproduction2 parentscreateoffspringwith a mix ofgenes.EvolutionThe process bywhich a specieschanges over along period oftime.ActiveTransportNeedsATP tooccur.TranscriptionandTranslationProcessesof proteinsynthesisRibosomesOrganellethatcreatesproteins.HomeostasisState of steadyinternalconditions.AKAequilibirumDecomposerOrganism thatrecycles matterand energyback into anecosystem.DependentVariableWill changebased on whatthe scientistdecides to varyin theexperimentDenaturationWhen anenzyme losesits shape andcannotfunction.O2Somethingneeded tomake ATP(energy).IndependentVariableThing thatthe scientistchanges inanexperiment.AutotrophCan makeits ownfood. AKAproducerUterusFertilizedeggimplantshere.AminoAcidsSubunitthatmakes upproteinsCO2Somethingneeded toconductphotosynthesis.NucleicAcidsSubunitthat makesup DNAand RNAEnzymeProtein usedto speed upchemicalreactions.HeterotrophNeeds to eatotherorganisms forenergy. AKAconsumer.FallopianTubeEgg travelsthrough thisto get to theuterus.CellularRespirationProcess bywhich all cellsbreak downsugar to createATP (energy).EcosystemAll of the livingand nonlivingthings thatinteract in aspecific area.PassiveTransportDoes notneed ATPto occur.NucleusOrganellethat holdsthe DNABiodiversityVariety ofspecies inan area.AbioticNonlivingparts of anecosystem.DiffusionMovement ofparticles fromhighconcentrationto lowconcentration.AntibodyProteinsproduced bythe immunesystemPhotosynthesisProcess bywhich plantcells usesunlight tocreate sugar.SunlightEnergysupply fora foodweb.SimpleSugarsSubunit thatmakes upcarbohydrates.AsexualReproduction1 parentcreatesidenticaloffspring.MitochondriaOrganellethatproducesATP.NicheSpecific roleplayed by anorganism inanecosystem.BioticLiving partsof anecosystem.SexualReproduction2 parentscreateoffspringwith a mix ofgenes.EvolutionThe process bywhich a specieschanges over along period oftime.ActiveTransportNeedsATP tooccur.TranscriptionandTranslationProcessesof proteinsynthesis

Living Environment Regents Review - Call List

(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.


1
O O
2
B B
3
G G
4
N N
5
G G
6
G G
7
G G
8
O O
9
I I
10
I I
11
N N
12
G G
13
I I
14
B B
15
O O
16
N N
17
G G
18
I I
19
N N
20
B B
21
N N
22
B B
23
B B
24
I I
25
O O
26
G G
27
B B
28
N N
29
B B
30
I I
31
O O
32
I I
33
O O
34
O O
  1. O-Organelle that creates proteins.
    O-Ribosomes
  2. B-State of steady internal conditions. AKA equilibirum
    B-Homeostasis
  3. G-Organism that recycles matter and energy back into an ecosystem.
    G-Decomposer
  4. N-Will change based on what the scientist decides to vary in the experiment
    N-Dependent Variable
  5. G-When an enzyme loses its shape and cannot function.
    G-Denaturation
  6. G-Something needed to make ATP (energy).
    G-O2
  7. G-Thing that the scientist changes in an experiment.
    G-Independent Variable
  8. O-Can make its own food. AKA producer
    O-Autotroph
  9. I-Fertilized egg implants here.
    I-Uterus
  10. I-Subunit that makes up proteins
    I-Amino Acids
  11. N-Something needed to conduct photosynthesis.
    N-CO2
  12. G-Subunit that makes up DNA and RNA
    G-Nucleic Acids
  13. I-Protein used to speed up chemical reactions.
    I-Enzyme
  14. B-Needs to eat other organisms for energy. AKA consumer.
    B-Heterotroph
  15. O-Egg travels through this to get to the uterus.
    O-Fallopian Tube
  16. N-Process by which all cells break down sugar to create ATP (energy).
    N-Cellular Respiration
  17. G-All of the living and nonliving things that interact in a specific area.
    G-Ecosystem
  18. I-Does not need ATP to occur.
    I-Passive Transport
  19. N-Organelle that holds the DNA
    N-Nucleus
  20. B-Variety of species in an area.
    B-Biodiversity
  21. N-Nonliving parts of an ecosystem.
    N-Abiotic
  22. B-Movement of particles from high concentration to low concentration.
    B-Diffusion
  23. B-Proteins produced by the immune system
    B-Antibody
  24. I-Process by which plant cells use sunlight to create sugar.
    I-Photosynthesis
  25. O-Energy supply for a food web.
    O-Sunlight
  26. G-Subunit that makes up carbohydrates.
    G-Simple Sugars
  27. B-1 parent creates identical offspring.
    B-Asexual Reproduction
  28. N-Organelle that produces ATP.
    N-Mitochondria
  29. B-Specific role played by an organism in an ecosystem.
    B-Niche
  30. I-Living parts of an ecosystem.
    I-Biotic
  31. O-2 parents create offspring with a mix of genes.
    O-Sexual Reproduction
  32. I-The process by which a species changes over a long period of time.
    I-Evolution
  33. O-Needs ATP to occur.
    O-Active Transport
  34. O-Processes of protein synthesis
    O-Transcription and Translation