ATP is the main energy molecule that fuels life's activities. Glycolysis is the process of breaking down glucose to
extract ATP. Glycolysis represents the cell's ability to
O anabolize molecules.
O catabolize molecules.
O synthesize proteins.
O make copies of itself

Catabolic processes involve any process of degradation of a compound in its simplest components, which in turn are degraded with energy formation and some by-products. To produce ATP in the mitochondria - by aerobic route - glucose is converted into glyceraldehyde and then into pyruvate, with the final obtaining of ATP.

The other options do not match because:

Anabolism is applied to the elaboration or synthesis of an organic compound.
Protein synthesis is an anabolic process, where a molecule is built from several components.
Molecules like DNA can make faithful copies of their chains -make copies of itself- a process called replication.

ATP is the main energy molecule that fuels life's activities. Glycolysis is the process of breaking down glucose to extract ATP. Glycolysis represents the cell's ability to O anabolize molecules. O catabolize molecules. O synthesize proteins. O make copies of itself

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ATP is the main energy molecule that fuels life's activities. Glycolysis is the process of breaking down glucose to
extract ATP. Glycolysis represents the cell's ability to
O anabolize molecules.
O catabolize molecules.
O synthesize proteins.
O make copies of itself