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