both havecellmembraneprokaryotesvseukaryotesFacilitatedDiffusionmoleculesmoveacross themembranePlasmaMembrane separatecells fromenvironmentG1Checkpointdoes it havetheresources forthe S PhaseDNANucleuscontainswhat?Cytokinesis2daughtercellsseparate .SmoothE.RproduceslipidsCentromerejoins thesisterchromatidsG2CheckpointDid DNAcopycorrectly?produceproteinsRibosomestructureof cellsCytoskeletonInterphaseChloroplastGolgiApparatusused tomakevesiclesLysosomecontainsdigestiveenzymesActiveTransportconcentrationfrom low tohighMetaphaseCheckPointcheck forchromosomalalignmentCellWallfound in cellsexcept foranimal cellsOsmosishypertonic,hypotonicand isotonicCellTheorysays cellsare thebasic unitof lifeCytoplasmeverythingon aninside of acellChromatinnoncondensedgeneticmaterialMitochondriamakesATP forcellsSimpleDiffusionboth havecellmembraneprokaryotesvseukaryotesFacilitatedDiffusionmoleculesmoveacross themembranePlasmaMembraneseparatecells fromenvironmentG1Checkpointdoes it havetheresources forthe S PhaseDNANucleuscontainswhat?Cytokinesis2daughtercellsseparate .SmoothE.RproduceslipidsCentromerejoins thesisterchromatidsG2CheckpointDid DNAcopycorrectly?produceproteinsRibosomestructureof cellsCytoskeletonInterphaseChloroplastGolgiApparatusused tomakevesiclesLysosomecontainsdigestiveenzymesActiveTransportconcentrationfrom low tohighMetaphaseCheckPointcheck forchromosomalalignmentCellWallfound in cellsexcept foranimal cellsOsmosishypertonic,hypotonicand isotonicCellTheorysays cellsare thebasic unitof lifeCytoplasmeverythingon aninside of acellChromatinnoncondensedgeneticmaterialMitochondriamakesATP forcellsSimpleDiffusion

Cells by Aarionn Young - 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
Y Y
2
N N
3
O O
4
G G
5
O O
6
N N
7
Y Y
8
G G
9
G G
10
N N
11
U U
12
N
13
Y
14
O O
15
U U
16
Y Y
17
G G
18
O O
19
U U
20
N N
21
U U
22
G G
23
Y Y
24
O
  1. Y-prokaryotes vs eukaryotes
    Y-both have cell membrane
  2. N-molecules move across the membrane
    N-Facilitated Diffusion
  3. O-separate cells from environment
    O-Plasma Membrane
  4. G-does it have the resources for the S Phase
    G-G1 Checkpoint
  5. O-Nucleus contains what?
    O-DNA
  6. N-2 daughter cells separate .
    N-Cytokinesis
  7. Y-produces lipids
    Y-Smooth E.R
  8. G-joins the sister chromatids
    G-Centromere
  9. G-Did DNA copy correctly?
    G-G2 Checkpoint
  10. N-Ribosome
    N-produce proteins
  11. U-Cytoskeleton
    U-structure of cells
  12. N-Interphase
  13. Y-Chloroplast
  14. O-used to make vesicles
    O-Golgi Apparatus
  15. U-contains digestive enzymes
    U-Lysosome
  16. Y-concentration from low to high
    Y-Active Transport
  17. G-check for chromosomal alignment
    G-Metaphase Check Point
  18. O-found in cells except for animal cells
    O-Cell Wall
  19. U-hypertonic,hypotonic and isotonic
    U-Osmosis
  20. N-says cells are the basic unit of life
    N-Cell Theory
  21. U-everything on an inside of a cell
    U-Cytoplasm
  22. G-non condensed genetic material
    G-Chromatin
  23. Y-makes ATP for cells
    Y-Mitochondria
  24. O-Simple Diffusion