Y- axis Homeostasis Clones DNA Pro Nucleus Membrane- Bound Organelles Rough Cell Bacteria X- axis Photo Eukaryotic Bio Smooth Proteins Senses Differentiate Post Metabolism Cyto Photosynthesis Groups Mitochondria Variable Cell- Wall Sexual- Reproduction Cytoplasm Control Group Kary Vesicles Golgi- Apparatus Chloroplast Changing Independent Variable Supported; rejected Vacuoles Dependent variable Observation Cytoskeleton Unicellular Cellular- Respiration Cell- Membrane One Rejected Eu Organelles Multicellular Asexual- Reproduction Constant Inference Chlorophyll Chloro Y- axis Homeostasis Clones DNA Pro Nucleus Membrane- Bound Organelles Rough Cell Bacteria X- axis Photo Eukaryotic Bio Smooth Proteins Senses Differentiate Post Metabolism Cyto Photosynthesis Groups Mitochondria Variable Cell- Wall Sexual- Reproduction Cytoplasm Control Group Kary Vesicles Golgi- Apparatus Chloroplast Changing Independent Variable Supported; rejected Vacuoles Dependent variable Observation Cytoskeleton Unicellular Cellular- Respiration Cell- Membrane One Rejected Eu Organelles Multicellular Asexual- Reproduction Constant Inference Chlorophyll Chloro
(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.
Y-axis
Homeostasis
Clones
DNA
Pro
Nucleus
Membrane-Bound Organelles
Rough
Cell
Bacteria
X-axis
Photo
Eukaryotic
Bio
Smooth
Proteins
Senses
Differentiate
Post
Metabolism
Cyto
Photosynthesis
Groups
Mitochondria
Variable
Cell-Wall
Sexual-Reproduction
Cytoplasm
Control Group
Kary
Vesicles
Golgi-Apparatus
Chloroplast
Changing
Independent Variable
Supported; rejected
Vacuoles
Dependent variable
Observation
Cytoskeleton
Unicellular
Cellular-Respiration
Cell-Membrane
One
Rejected
Eu
Organelles
Multicellular
Asexual-Reproduction
Constant
Inference
Chlorophyll
Chloro