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