eukaryotes All living things are made of cells Anton van Leeuwenhoek level of orginization mitochondria living things reproduce autotroph multicellular unicellular obtain and use energy lysosomes living things adapt to their enviornment chloroplast little rooms endoplasmic reticulum living things grow and develop cell wall animal cell responds to stimuli cytoplasm heterotroph plant cell Robert Hooke nucleus maintain homeostasis cell membrane cell organ nucleolus Rudolf Virchow prokaryotes Matthias Schleiden golgi bodies ribosomes vacuole Zaccharias Janssen organism organ system metabolism Theodor Schwann eukaryotes All living things are made of cells Anton van Leeuwenhoek level of orginization mitochondria living things reproduce autotroph multicellular unicellular obtain and use energy lysosomes living things adapt to their enviornment chloroplast little rooms endoplasmic reticulum living things grow and develop cell wall animal cell responds to stimuli cytoplasm heterotroph plant cell Robert Hooke nucleus maintain homeostasis cell membrane cell organ nucleolus Rudolf Virchow prokaryotes Matthias Schleiden golgi bodies ribosomes vacuole Zaccharias Janssen organism organ system metabolism Theodor Schwann
(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.
eukaryotes
All living things are made of cells
Anton van Leeuwenhoek
level of orginization
mitochondria
living things reproduce
autotroph
multicellular
unicellular
obtain and use energy
lysosomes
living things adapt to their enviornment
chloroplast
little rooms
endoplasmic reticulum
living things grow and develop
cell wall
animal cell
responds to stimuli
cytoplasm
heterotroph
plant cell
Robert Hooke
nucleus
maintain homeostasis
cell membrane
cell
organ
nucleolus
Rudolf Virchow
prokaryotes
Matthias Schleiden
golgi bodies
ribosomes
vacuole
Zaccharias Janssen
organism
organ system
metabolism
Theodor Schwann