1. describe how the simulation models natural selection (and evolution).
2. explain how the mutation rate affects the evolution of your populations. --> explain why the mutation rate affects the evolution of your populations.
3. explain how altering the selection rate affects the evolution of your populations. (you may want to include an explanation of what "selection strength" means.) --> explain why altering the selection rate affects the evolution of your populations.

Female luna moths (actias luna) attract males by emitting chemical signals that spread through the air. a male hundreds of meters away can detect these molecules and fly toward their source. the sensory organs responsible for this behavior are the comblike antennae visible in the photograph shown here. each filament of an antenna is equipped with thousands of receptor cells that detect the sex attractant. based on what you learned in this chapter, propose a hypothesis to account for the ability of the male moth to detect a specific molecule in the presence of many other molecules in the air. what predictions does your hypothesis make? design an experiment to test one of these predictions.