osmosis molecules move from high concentration to lower concentration mitochandria ETC organelle exocytosis prophase Anaphase II Active transport centrioles Metaphase I spindle fibers cytokinesis homologous pairs NADH nucleolus telophase G0 Golgi Body Cell wall Cell membrane S-phase of interphase interphase grana metaphase II meosis hypertonic mitosis cytoplasm diffusion Splits water sister chromatids metaphase increases genetic variation glycolysis requires a carrier protein cristae fluid mosaic model Vacuole hypotonic germ cells anaphase Krebs cycle matrix stroma nucleus divides twice light- independent reactions rER Anaphase I gametes chloroplast 4 cells 2 identical cells nucleus light - dependent reactions thylakoid hydrophobic osmosis molecules move from high concentration to lower concentration mitochandria ETC organelle exocytosis prophase Anaphase II Active transport centrioles Metaphase I spindle fibers cytokinesis homologous pairs NADH nucleolus telophase G0 Golgi Body Cell wall Cell membrane S-phase of interphase interphase grana metaphase II meosis hypertonic mitosis cytoplasm diffusion Splits water sister chromatids metaphase increases genetic variation glycolysis requires a carrier protein cristae fluid mosaic model Vacuole hypotonic germ cells anaphase Krebs cycle matrix stroma nucleus divides twice light- independent reactions rER Anaphase I gametes chloroplast 4 cells 2 identical cells nucleus light - dependent reactions thylakoid hydrophobic
(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.
osmosis
molecules move from high concentration to lower concentration
mitochandria
ETC
organelle
exocytosis
prophase
Anaphase II
Active transport
centrioles
Metaphase I
spindle fibers
cytokinesis
homologous pairs
NADH
nucleolus
telophase
G0
Golgi Body
Cell wall
Cell membrane
S-phase of interphase
interphase
grana
metaphase II
meosis
hypertonic
mitosis
cytoplasm
diffusion
Splits water
sister chromatids
metaphase
increases genetic variation
glycolysis
requires a carrier protein
cristae
fluid mosaic model
Vacuole
hypotonic
germ cells
anaphase
Krebs cycle
matrix
stroma
nucleus divides twice
light-independent reactions
rER
Anaphase I
gametes
chloroplast
4 cells
2 identical cells
nucleus
light -dependent reactions
thylakoid
hydrophobic