Informative Quiz On Basic Biochemistry
Settings
-
+
Living organisms have a lot of chemicals and elements within them and studying biochemistry is one way of opening ourselves to this. If you have just began studying biochemistry the informative quiz below on basic biochemistry is perfect to test out what you know. Give it a try and see what you should read up on.
- 1.Which one does not belong?
- A.
Nucleic acid
- B.
Monosaccharide
- C.
Lipid
- D.
Protein
- 2.
![This represents what biomacromolecule?]( "This represents what biomacromolecule?")
- A.
Protein
- B.
Lipid
- C.
Carbohydrate
- D.
Nucleic acid
- 3.Which would NOT be a correct match?
- A.
Keratin - amino acid
- B.
Phospholipid - fatty acid
- C.
DNA - nucleotide
- D.
Cellulase - monosaccharide
- 4.If you wanted to get a lot of quick energy before a soccer match, which biomacromolecule would your body need to break down?
- A.
Protein
- B.
Nucleic acid
- C.
Carbohydrate
- D.
Lipid
- 5.
- A.
Oxygen
- B.
Potassium
- C.
Phosphorus
- D.
Hydrogen
- 6.
- A.
Double
- B.
Single
- C.
Hydrogen
- D.
Covalent
- 7.A biomacromolecule which consists of a polymer of fatty acids is a
- A.
Nucleotide
- B.
Lipid
- C.
Carbohydrate
- D.
Amino acid
- 8.Which are examples of carbohydrates?
- A.
Starch, glucose, fructose
- B.
Cellulose, glycogen, protease
- C.
Cholesterol, wax, carcinogen
- D.
Trypsin, lipase, testosterone
- 9.
- A.
Used as cell receptors, enzymes, and transport molecules in the human body
- B.
Used as the main energy source for plants
- C.
Stores hereditary information in bacteria
- D.
Used as insulation for marine arctic animals
- 10.
- A.
Substrate
- B.
Active site
- C.
Product
- D.
Protein
- 11.An enzyme __________ the activation energy needed to achieve a chemical reaction.
- A.
Stabilizes
- B.
Raises
- C.
Lowers
- D.
Eliminates
- 12.An appropriate enzyme to catalyze a reaction involving the imaginary substance camelsine would be ______________.
- A.
Camelose
- B.
Cameline
- C.
Camelise
- D.
Camelase
- 13.
- A.
Decrease the amount of substrate by one-third
- B.
Increase the pH by 4 levels on the pH scale
- C.
Decrease the amount of enzyme by half
- D.
Increase the temperature by 10 C
Back to top