Carbon
Carbohydrates
Lipids
Proteins
Nucleic Acids
Reactions
50

Carbon's atomic symbol

C

50

Examples of foods that are carbohydrates 

Pasta, bread, veggies, fruits, sweets

50

Example of foods that are lipids

dairy, oil, avocado, nuts, seeds

50

Examples of foods that are proteins

meats, eggs, beans

50

We get our most important nucleic acid, DNA, from our..

parents

50

Adding water to break a polymer down into its monomers

hydrolysis 

100

Carbon's atomic number 

6

100

Building block (monomer) of carbohydrates 

*BONUS

monosaccharide (one sugar)

100

Building block (monomer) of lipids 

triglycerides, fatty acids 

100

Building block (monomer) of proteins

amino acids 

100

Building blocks (monomer) of nucleic acids

*BONUS

nucleotides

(one)

100

Removing water to put a monomers together to form a polymer 

dehydration synthesis 
200

Carbon's number of electrons 

6

200

Elements that make up carbohydrates 

*BONUS

Carbon, hydrogen, oxygen 

(lipids)

200

The function of lipids in your body

long term energy storage, insulation 

200

Total number of different amino acids 

20

200

The function of nucleic acids in your body

directions for living things & making proteins

200

monosaccharides lose water to become a polysaccharide

dehydration synthesis 

300

Carbon's number of valence electrons

4

300

The function of carbohydrates in your body

fast energy

300

Elements that make up lipids

carbon, hydrogen, oxygen

300

Elements that make up proteins

carbon, hydrogen, oxygen, nitrogen 

300

Elements that make up nucleic acids 

carbon, hydrogen, oxygen, nitrogen, phosphorus

300

Water added to a polypeptide to break it into amino acids 

hydrolysis 

400

Number of covalent bonds that carbon can form with other atoms

4

400

A carbohydrate polymer 

disaccharide or polysaccharide 

400

The shape of a lipid molecule

chain, the letter E

400

A protein polymer

*BONUS

polypeptide 

(many)

400

Examples of nucleic acid polymers 

DNA, RNA 

400

Number of water molecules needed to break a 5 monomer polysaccharide into its monomers. 

4

500

Word used to describe molecules made of carbon that support life

organic 

500

The shape of a carbohydrate molecule 

ring shape 

500

The number of fatty acids on a triglyceride

3

500

The function of proteins in your body

enzymes - speed up chemical reactions 

500

Three parts of a nucleotide monomer

phosphate group, sugar, nitrogen base

500

Number of water molecules lost to connect 7 amino acids into a polypeptide 

6

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