When an enzyme reaches its saturation point.

When an enzyme reaches its saturation point, the amount of

product produced continues to increase.

substrate for the enzyme to act upon is very low and the amount
of product produced by the enzyme decreases.

substrate for the enzyme to act upon is high.

product produced by the enzyme decreases.

substrate for the enzyme to act upon is low.

product produced continues to increase.

substrate for the enzyme to act upon is very low and the amount
of product produced by the enzyme decreases.

substrate for the enzyme to act upon is high.

product produced by the enzyme decreases.

substrate for the enzyme to act upon is low.

product produced continues to increase.
product produced continues to increase.
substrate for the enzyme to act upon is very low and the amount
of product produced by the enzyme decreases.
substrate for the enzyme to act upon is very low and the amount
of product produced by the enzyme decreases.
substrate for the enzyme to act upon is high.
substrate for the enzyme to act upon is high.
product produced by the enzyme decreases.
product produced by the enzyme decreases.
substrate for the enzyme to act upon is low.
substrate for the enzyme to act upon is low.

Enzymes are the biological catalysts
that accelerated the speed of chemical reactions. To catalyze a
reaction, the enzymes act upon the substrates to form an
enzyme-substrate complex. Each enzyme has a specific active site
for a specific substrate. When an enzyme reaches its saturation
point, it means that all of the enzymes are bound to their
respective substrates and no free enzyme exists. This can also mean
that the amount of substrate for the enzyme to acct upon is
high, and hence no further change in reaction will
occur.
• Option C is
correct.

Hope it helps