Endosymbiosis lipids Stores long term Energy Starts diploid and ends diploid Primary succession Amino Acids Genetic drift Responsible for cellular processes Passive transport Protein Starts diploid and ends haploid Carbohydrate Nucleotides Homologous structures Biology Active cellular transport MonoSaccharide Central Dogma of Biology DNA, RNA Glycerol, Fatty Acids Includes the Calvin cycle Gene flow Neutron Amino acids Mutations polysaccharide The 10% rule Starches Polymer Endosymbiosis lipids Stores long term Energy Starts diploid and ends diploid Primary succession Amino Acids Genetic drift Responsible for cellular processes Passive transport Protein Starts diploid and ends haploid Carbohydrate Nucleotides Homologous structures Biology Active cellular transport MonoSaccharide Central Dogma of Biology DNA, RNA Glycerol, Fatty Acids Includes the Calvin cycle Gene flow Neutron Amino acids Mutations polysaccharide The 10% rule Starches Polymer
(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.
Endosymbiosis
lipids
Stores long term Energy
Starts diploid and ends diploid
Primary succession
Amino Acids
Genetic drift
Responsible for cellular processes
Passive transport
Protein
Starts diploid and ends haploid
Carbohydrate
Nucleotides
Homologous structures
Biology
Active cellular transport
MonoSaccharide
Central Dogma of Biology
DNA, RNA
Glycerol, Fatty Acids
Includes the Calvin cycle
Gene flow
Neutron
Amino acids
Mutations
polysaccharide
The 10% rule
Starches
Polymer