Study of Composition of Life Enzymes Big # - the little # 3 Valence Electrons The number one source of energy Photosynthesis Valence Electrons Bonding between a metal and nonmetal Covalent bonding Monomers -2 Breaking down food Cellular Respiration 2 electrons Dehydration Synthesis Bohr Model Insulation Ribosomes +1 0 Electrons Speed up chemical reactions Octet Rule stealing or losing electrons Large organic molecules 7 Valence Electrons Sharing electrons Anabolic Transport Protein 8 Valence Electrons Catabolic Chloroplast #P Ion 2 Valence Electrons 6 Valence Electrons Hydrolysis +3 Polymers Proteins Creating food 8 electrons Study of Composition of Life Enzymes Big # - the little # 3 Valence Electrons The number one source of energy Photosynthesis Valence Electrons Bonding between a metal and nonmetal Covalent bonding Monomers -2 Breaking down food Cellular Respiration 2 electrons Dehydration Synthesis Bohr Model Insulation Ribosomes +1 0 Electrons Speed up chemical reactions Octet Rule stealing or losing electrons Large organic molecules 7 Valence Electrons Sharing electrons Anabolic Transport Protein 8 Valence Electrons Catabolic Chloroplast #P Ion 2 Valence Electrons 6 Valence Electrons Hydrolysis +3 Polymers Proteins Creating food 8 electrons
(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.
Study of Composition of Life
Enzymes
Big # - the little #
3 Valence Electrons
The number one source of energy
Photosynthesis
Valence Electrons
Bonding between a metal and nonmetal
Covalent bonding
Monomers
-2
Breaking down food
Cellular Respiration
2 electrons
Dehydration Synthesis
Bohr Model
Insulation
Ribosomes
+1
0 Electrons
Speed up chemical reactions
Octet Rule
stealing or losing electrons
Large organic molecules
7 Valence Electrons
Sharing electrons
Anabolic
Transport Protein
8 Valence Electrons
Catabolic
Chloroplast
#P
Ion
2 Valence Electrons
6 Valence Electrons
Hydrolysis
+3
Polymers
Proteins
Creating food
8 electrons