Stomata ATP, carbon dioxide, water Eukaryotic ER Endoplasmic Reticulum Cytoplasm Cell membrane Ribosomes Hypotonic Solution Chromatin Prokaryote glucose and oxygen Produces oxygen Nucleus Conduction Isotonic solution Passive Transport ATP exocytosis Lactic Acid or alcohol endocytosis Carbon dioxide, water, energy Vacuole Cell wall Requires energy cell wall and chloroplast Universal Solvent mitochondria Golgi Body Chloroplast glucose and oxygen Plant Cell Hypertonic Solution Lysosomes Chlorophyll Stomata ATP, carbon dioxide, water Eukaryotic ER Endoplasmic Reticulum Cytoplasm Cell membrane Ribosomes Hypotonic Solution Chromatin Prokaryote glucose and oxygen Produces oxygen Nucleus Conduction Isotonic solution Passive Transport ATP exocytosis Lactic Acid or alcohol endocytosis Carbon dioxide, water, energy Vacuole Cell wall Requires energy cell wall and chloroplast Universal Solvent mitochondria Golgi Body Chloroplast glucose and oxygen Plant Cell Hypertonic Solution Lysosomes Chlorophyll
(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.
B-Stomata
N-ATP, carbon dioxide, water
I-
O-Eukaryotic
G-ER
Endoplasmic Reticulum
N-Cytoplasm
I-Cell membrane
B-Ribosomes
G-Hypotonic Solution
G-Chromatin
N-
G-Prokaryote
G-
I-glucose and oxygen
I-Produces oxygen
I-Nucleus
N-Conduction
B-Isotonic solution
G-Passive Transport
G-ATP
B-exocytosis
G-Lactic Acid or
alcohol
O-endocytosis
O-Carbon dioxide, water, energy
B-Vacuole
I-Cell wall
B-
O-Requires energy
O-
N-cell wall and chloroplast
I-Universal Solvent
N-mitochondria
B-Golgi Body
O-Chloroplast
B-glucose and oxygen
O-Plant Cell
O-Hypertonic Solution
N-Lysosomes
I-Chlorophyll