Biology Concepts

Front

Essential for proper functioning of all prokaryotic and eukaryotic organisms

Back

ATP

Front

Comparison of eukaryotic and prokaryotic cells

Back

Eukaryotic cells contain a distinct central organelle, and prokaryotic cells do not.

Front

Function of porous linings in lungs and capillaries

Back

Gas exchange

Front

Property of water aiding plant water transport

Back

The attraction between molecules

Front

The element carbon has multiple bonding patterns. Identify a bonding pattern that cannot be formed by carbon.

Back

Carbon cannot form a bonding pattern with a single bond followed by a triple bond (C - C ≡ C).

Front

Describe the process that best explains the assembly of proteins from amino acids.

Back

Monomers are linked to form a polymer.

Front

Compare carbohydrates and nucleic acids in terms of their primary functions.

Back

Carbohydrates store energy, while nucleic acids store genetic information.

Front

Explain why a single enzyme cannot regulate a variety of reactions within a cell.

Back

The binding of a substrate and an enzyme is specific.

Front

Diagram of a Paramecium

Back

Illustration of a paramecium, a single-celled organism with cilia.

Front

Role of ATP in a paramecium

Back

ATP provides the energy to move cilia.