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- 1. Multiple Choice
What is the purpose of the Nucleic Acid biomolecule?
provide quick energy for a cell
create a waterproofing barrier between the internal and external environment
carry genetic information
perform signaling, motor, transport, and enzymatic processes throughout the cell
- 2. Multiple Choice
What is the purpose of the Protein biomolecules?
provide quick energy for a cell
create a waterproofing barrier between the internal and external environment
carry genetic information
perform signaling, motor, transport, and enzymatic processes throughout the cell
- 3. Multiple Choice
What is the purpose of the Carbohydrate biomolecules?
provide quick energy for a cell
create a waterproofing barrier between the internal and external environment
carry genetic information
perform signaling, motor, transport, and enzymatic processes throughout the cell
- 4. Multiple Choice
What is the purpose of the Lipid biomolecules?
provide quick energy for a cell
create a waterproofing barrier between the internal and external environment
carry genetic information
perform signaling, motor, transport, and enzymatic processes throughout the cell
- 5. Multiple Choice
Identify the type of molecule shown in the diagram
carbohydrates
lipids
proteins
nucleic acids
- 6. Multiple Choice
Identify the type of molecules shown in the diagram
carbohydrates
lipids
proteins
nucleic acids
- 7. Multiple Choice
Which row in the chart correctly matches the monomers with the Biomolecule category?
Row # 1
Row # 2
Row # 3
Row # 4
- 8. Multiple Choice
What term used to identify a Nucleic Acid monomer?
Disaccharide
Fatty Acid Chain
Nucleotide
Polypeptide
- 9. Multiple Choice
Which row in the chart correctly matches the polymers with the Biomolecule category?
row # 1
row # 2
row # 3
row # 4
- 10. Multiple Choice
The graph provided below shows the activity of an enzyme called Glucosidase. What result can you conclude from the data about Glucosidase?
Glucosidase breaks down glucose substrates
Glucosidase works best around 70°C
Glucosidase does not work below 70°C
Glucosidase is not affected
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